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      <title>Software Architecture</title>
      <slug>software-architecture</slug>
      <aliases>
        <alias>软件架构</alias>
      </aliases>
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      <summary>SWEBOK Guide v4 makes software architecture its own knowledge area, covering architecture as a discipline, a process, and an outcome, together with description and evaluation.</summary>
      <status>published</status>
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        <category>category-science-technology</category>
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          <title>Guide to the Software Engineering Body of Knowledge (SWEBOK Guide) v4.0a</title>
          <author>Hironori Washizaki (ed.), IEEE Computer Society</author>
          <date>2026-08</date>
          <url>https://ieeecs-media.computer.org/media/education/swebok/swebok-v4.pdf</url>
          <locator>Chapter 2</locator>
        </source>
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      <createdAt>2026-11-02T01:19:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:19:48+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>Version 4 separates software architecture from software design because interest in the discipline and the body of practice have grown markedly since the 1990s. The Guide discusses concepts, representation and work products, context, process and methods, and analysis and evaluation.[^s1]&#xA;&#xA;The Guide uses &#34;architecture&#34; in at least three senses: a discipline of constructing software-intensive systems; the processes that carry out that discipline; and the outcome of applying those processes to a particular system. The outcome is recorded in an architecture description. As stages of design, architectural design precedes high-level design and detailed design; the latter two are discussed in the Software Design knowledge area.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Software Architecture Fundamentals&#xA;- Software Architecture Description&#xA;- Software Architecture Process&#xA;- Software Architecture Evaluation</body>
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      <title>Software Configuration Management</title>
      <slug>software-configuration-management</slug>
      <aliases>
        <alias>软件配置管理</alias>
        <alias>SCM</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Software configuration management applies configuration management throughout the software life cycle so that configuration items stay complete and correct.</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags></tags>
      <sources>
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          <id>s1</id>
          <title>Guide to the Software Engineering Body of Knowledge (SWEBOK Guide) v4.0a</title>
          <author>Hironori Washizaki (ed.), IEEE Computer Society</author>
          <date>2026-08</date>
          <url>https://ieeecs-media.computer.org/media/education/swebok/swebok-v4.pdf</url>
          <locator>Chapter 8; Appendix B</locator>
        </source>
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      <createdAt>2026-11-02T01:19:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:19:48+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>The definition cited by the Guide describes configuration management as a discipline that identifies and records the functional and physical characteristics of a configuration item, controls changes to those characteristics, records and reports the status of change processing and implementation, and verifies compliance with specified requirements. Software configuration management supports project management, development and maintenance activities, and quality assurance.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Management of the SCM Process&#xA;- Software Configuration Identification&#xA;- Software Configuration Change Control&#xA;- Software Configuration Status Accounting&#xA;- Software Configuration Auditing&#xA;- Software Release Management and Delivery&#xA;- Software Configuration Management Tools&#xA;&#xA;Configuration-management standards named in the Guide&#39;s appendix include [[work_ieee_828_2012_6170933|IEEE Std 828-2012]].[^s1]</body>
      <url>/concepts/software-configuration-management.html</url>
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      <type>concept</type>
      <title>Software Construction</title>
      <slug>software-construction</slug>
      <aliases>
        <alias>软件构造</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Software construction is the detailed creation and maintenance of software through coding, verification, unit testing, integration testing, and debugging.</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags></tags>
      <sources>
        <source>
          <id>s1</id>
          <title>Guide to the Software Engineering Body of Knowledge (SWEBOK Guide) v4.0a</title>
          <author>Hironori Washizaki (ed.), IEEE Computer Society</author>
          <date>2026-08</date>
          <url>https://ieeecs-media.computer.org/media/education/swebok/swebok-v4.pdf</url>
          <locator>Chapter 4</locator>
        </source>
      </sources>
      <createdAt>2026-11-02T01:19:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:19:48+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>Software construction uses the output of design and provides input to testing. &#34;Design&#34; and &#34;testing&#34; here are activities, not the knowledge areas of those names. The boundaries among design, construction, and testing vary with the life-cycle processes a project uses. Some detailed design is done before construction; much design work is done during construction. During construction, software engineers unit-test and integration-test their own work.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Software Construction Fundamentals&#xA;- Managing Construction&#xA;- Practical Considerations&#xA;- Construction Technologies&#xA;- Software Construction Tools</body>
      <url>/concepts/software-construction.html</url>
      <lang>en</lang>
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      <id>concept_software_design</id>
      <type>concept</type>
      <title>Software Design</title>
      <slug>software-design</slug>
      <aliases>
        <alias>软件设计</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Software design names a discipline, a set of processes, the result of those processes, and the life-cycle stage that produces the result.</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags></tags>
      <sources>
        <source>
          <id>s1</id>
          <title>Guide to the Software Engineering Body of Knowledge (SWEBOK Guide) v4.0a</title>
          <author>Hironori Washizaki (ed.), IEEE Computer Society</author>
          <date>2026-08</date>
          <url>https://ieeecs-media.computer.org/media/education/swebok/swebok-v4.pdf</url>
          <locator>Chapter 3</locator>
        </source>
      </sources>
      <createdAt>2026-11-02T01:19:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:19:48+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>The Guide distinguishes four closely related uses of &#34;design&#34;: the discipline of using scientific principles, technical information, and imagination to define a software system that performs prescribed functions with maximum economy and efficiency; the processes of that discipline; the result of applying it; and the life-cycle stage in which those processes produce that result. A software design description records the result. It refines the software into components, organizes those components, and defines the interfaces among them and between the software and the outside world, in enough detail for construction. As a life-cycle activity, design analyzes requirements in order to define the software&#39;s external characteristics and internal structure as the basis for construction. Design proceeds in three stages: architectural design of the software system, external-facing high-level design, and internal-facing detailed design. Architectural design belongs to the Software Architecture knowledge area.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Software Design Fundamentals&#xA;- Software Design Processes&#xA;- Software Design Qualities&#xA;- Recording Software Designs&#xA;- Software Design Strategies and Methods&#xA;- Software Design Quality Analysis and Evaluation</body>
      <url>/concepts/software-design.html</url>
      <lang>en</lang>
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      <id>concept_software_engineering_management</id>
      <type>concept</type>
      <title>Software Engineering Management</title>
      <slug>software-engineering-management</slug>
      <aliases>
        <alias>软件工程管理</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Software engineering management is the planning, estimating, measuring, controlling, coordinating, leading, and risk management that deliver software products and services efficiently, effectively, and to the stakeholders&#39; benefit.</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags></tags>
      <sources>
        <source>
          <id>s1</id>
          <title>Guide to the Software Engineering Body of Knowledge (SWEBOK Guide) v4.0a</title>
          <author>Hironori Washizaki (ed.), IEEE Computer Society</author>
          <date>2026-08</date>
          <url>https://ieeecs-media.computer.org/media/education/swebok/swebok-v4.pdf</url>
          <locator>Chapter 9; Appendix B</locator>
        </source>
      </sources>
      <createdAt>2026-11-02T01:19:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:19:48+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>Project management and measurement management each have distinct attributes. The Guide treats them in one knowledge area because they are closely related. Software engineering processes are usually carried out in projects. A project is an endeavor with defined start and finish criteria, undertaken to create a product or service in accordance with specified resources and requirements.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Initiation and Scope Definition&#xA;- Software Project Planning&#xA;- Software Project Execution&#xA;- Software Review and Evaluation&#xA;- Closure&#xA;- Software Engineering Measurement&#xA;- Software Engineering Management Tools&#xA;&#xA;Related standards listed in the Guide&#39;s appendix include [[work_ieee_16326_2019_8932688|ISO/IEC/IEEE 16326:2019]] (project management) and [[work_ieee_15939_2017_7907156|ISO/IEC/IEEE 15939:2017]] (the measurement process).[^s1]</body>
      <url>/concepts/software-engineering-management.html</url>
      <lang>en</lang>
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      <id>concept_software_engineering_operations</id>
      <type>concept</type>
      <title>Software Engineering Operations</title>
      <slug>software-engineering-operations</slug>
      <aliases>
        <alias>软件工程运行</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Software engineering operations are the activities that deploy, operate, and support a software application or system while preserving its integrity and stability, until the software is retired.</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags></tags>
      <sources>
        <source>
          <id>s1</id>
          <title>Guide to the Software Engineering Body of Knowledge (SWEBOK Guide) v4.0a</title>
          <author>Hironori Washizaki (ed.), IEEE Computer Society</author>
          <date>2026-08</date>
          <url>https://ieeecs-media.computer.org/media/education/swebok/swebok-v4.pdf</url>
          <locator>Chapter 6; Introduction</locator>
        </source>
      </sources>
      <createdAt>2026-11-02T01:19:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:19:48+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>These activities include deploying and configuring the software in the target operational environment and monitoring and managing the application while it is in use. Once the software is operational, operations also handle defects that are found, changes over time in the system software environment and the hardware, and new user requirements that appear. The Guide treats software engineering operations as part of system and software life-cycle processes. Operations practices were first published in the IT Infrastructure Library, then accepted by industry, and summarized in the IEEE 20000 standard. Version 4 makes this area its own knowledge area, reflecting the weakening of organizational silos among development, maintenance, and operations.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Software Engineering Operations Fundamentals&#xA;- Software Engineering Operations Planning&#xA;- Software Engineering Operations Delivery&#xA;- Software Engineering Operations Control&#xA;- Practical Considerations&#xA;- Software Engineering Operations Tools</body>
      <url>/concepts/software-engineering-operations.html</url>
      <lang>en</lang>
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        <lang>zh</lang>
        <lang>en</lang>
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      <occupations></occupations>
      <conceptKind>theme</conceptKind>
      <scopeNote>One knowledge area of SWEBOK Guide v4.0a.</scopeNote>
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      <id>concept_software_engineering_process</id>
      <type>concept</type>
      <title>Software Engineering Process</title>
      <slug>software-engineering-process</slug>
      <aliases>
        <alias>软件工程过程</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>A software engineering process is the work software engineers do to build and operate software. No ideal process fits every project.</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags></tags>
      <sources>
        <source>
          <id>s1</id>
          <title>Guide to the Software Engineering Body of Knowledge (SWEBOK Guide) v4.0a</title>
          <author>Hironori Washizaki (ed.), IEEE Computer Society</author>
          <date>2026-08</date>
          <url>https://ieeecs-media.computer.org/media/education/swebok/swebok-v4.pdf</url>
          <locator>Chapter 10; Appendix B</locator>
        </source>
      </sources>
      <createdAt>2026-11-02T01:19:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:19:48+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>The Guide discusses the software engineering process as concepts, life cycles, and process assessment, and notes that the community has standardized many aspects of the process. An engineering process is a set of interrelated activities that transform one or more inputs into outputs while consuming resources. Software engineering uses processes similar to those of other kinds of engineering.[^s1]&#xA;&#xA;No ideal process, or set of processes, exists. Processes must be selected, adapted, and applied for each project and each organization. Process management needs the support of empirical measurement. In this knowledge area, &#34;process&#34; means work activities, not the execution of software.[^s1]&#xA;&#xA;Life-cycle topics include the definition of a life cycle, process categories and terminology, the difference between process models and life-cycle models, some development life-cycle paradigms, management of software life-cycle processes, and life-cycle adaptation. Assessment and improvement topics include Goal-Question-Metric, framework-based methods, and process assessment and improvement in Agile.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Software Engineering Process Fundamentals&#xA;- Life Cycles&#xA;- Software Process Assessment and Improvement&#xA;&#xA;Appendix B treats [[work_ieee_12207_2017_8100769|ISO/IEC/IEEE 12207:2017]] as the principal software engineering life-cycle process standard and states that it and this Guide both address many of the same life-cycle processes. The appendix also lists [[work_ieee_15288_2023_10123345|ISO/IEC/IEEE 15288:2023]], [[work_ieee_24748_3_2020|ISO/IEC/IEEE 24748-3:2020]], [[work_ieee_24748_5_2017|ISO/IEC/IEEE 24748-5:2017]], and [[work_ieee_24774_2021|ISO/IEC/IEEE 24774:2021]].[^s1]</body>
      <url>/concepts/software-engineering-process.html</url>
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      <scopeNote>One knowledge area of SWEBOK Guide v4.0a.</scopeNote>
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      <id>concept_software_maintenance</id>
      <type>concept</type>
      <title>Software Maintenance</title>
      <slug>software-maintenance</slug>
      <aliases>
        <alias>软件维护</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Software maintenance is the whole of the activity by which software continues to evolve after it is in operation, in response to defects, changes in the operating environment, and new requirements.</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags></tags>
      <sources>
        <source>
          <id>s1</id>
          <title>Guide to the Software Engineering Body of Knowledge (SWEBOK Guide) v4.0a</title>
          <author>Hironori Washizaki (ed.), IEEE Computer Society</author>
          <date>2026-08</date>
          <url>https://ieeecs-media.computer.org/media/education/swebok/swebok-v4.pdf</url>
          <locator>Chapter 7; Appendix B</locator>
        </source>
      </sources>
      <createdAt>2026-11-02T01:19:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:19:48+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>Successful development delivers software that satisfies user requirements. As requirements and other factors change, the software must evolve: defects are uncovered, operating environments change, and new user requirements surface. The maintenance phase of the life cycle begins after a warranty period or after delivery of post-implementation support, while maintenance activities can occur earlier. Acceptance of DevOps has led organizations to place more weight on evolving software continuously while keeping it operating smoothly.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Software Maintenance Fundamentals&#xA;- Key Issues in Software Maintenance&#xA;- Software Maintenance Processes&#xA;- Software Maintenance Techniques&#xA;- Software Maintenance Tools&#xA;&#xA;Maintenance standards listed in the Guide&#39;s appendix include [[work_ieee_14764_2021_9690129|ISO/IEC/IEEE 14764:2021]].[^s1]</body>
      <url>/concepts/software-maintenance.html</url>
      <lang>en</lang>
      <availableLangs>
        <lang>zh</lang>
        <lang>en</lang>
      </availableLangs>
      <occupations></occupations>
      <conceptKind>theme</conceptKind>
      <scopeNote>One knowledge area of SWEBOK Guide v4.0a.</scopeNote>
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      <id>concept_software_requirements</id>
      <type>concept</type>
      <title>Software Requirements</title>
      <slug>software-requirements</slug>
      <aliases>
        <alias>软件需求</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Software requirements are both a statement of the needs and constraints on a software product or project and the activities that develop and maintain those requirements.</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags></tags>
      <sources>
        <source>
          <id>s1</id>
          <title>Guide to the Software Engineering Body of Knowledge (SWEBOK Guide) v4.0a</title>
          <author>Hironori Washizaki (ed.), IEEE Computer Society</author>
          <date>2026-08</date>
          <url>https://ieeecs-media.computer.org/media/education/swebok/swebok-v4.pdf</url>
          <locator>Chapter 1; Appendix B</locator>
        </source>
      </sources>
      <createdAt>2026-11-02T01:19:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:19:48+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>Software requirements have two perspectives. One expresses the needs and constraints on a software product or project that contribute to solving a real-world problem. The other is the set of activities that develop and maintain the requirements for the product and for the project that builds it. Missing, misinterpreted, or incorrect requirements that are not found early cascade into rework through design, code, and test decisions. The Guide names two common problems: stakeholder requirements and necessary detail are not communicated to the software engineers, and a requirement is worded so that more than one interpretation is possible when only one is correct.[^s1]&#xA;&#xA;The Guide organizes requirements activities as elicitation, analysis, specification, validation, and management. Forms of specification include unstructured natural language, structured natural language, acceptance-criteria-based specification, and model-based specification.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Software Requirements Fundamentals&#xA;- Requirements Elicitation&#xA;- Requirements Analysis&#xA;- Requirements Specification&#xA;- Requirements Validation&#xA;- Requirements Management Activities&#xA;- Practical Considerations&#xA;- Software Requirements Tools&#xA;&#xA;Standards listed in the Guide&#39;s appendix include [[work_ieee_29148_2018_8559684|ISO/IEC/IEEE 29148:2018]] for requirements engineering and [[work_ieee_15289_2019|ISO/IEC/IEEE 15289:2019]] for life-cycle information items.[^s1]</body>
      <url>/concepts/software-requirements.html</url>
      <lang>en</lang>
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      <scopeNote>One knowledge area of SWEBOK Guide v4.0a.</scopeNote>
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      <id>concept_software_testing</id>
      <type>concept</type>
      <title>Software Testing</title>
      <slug>software-testing</slug>
      <aliases>
        <alias>软件测试</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Software testing is the dynamic validation that a system under test shows expected behavior on a finite set of test cases selected from a usually infinite execution domain.</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
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      <body>The system under test may be a program, a product, an application, a service-oriented application, middleware, a composition of services, a system, a system of systems, or an ecosystem. A test case specifies the inputs, timing, procedure, and expected results required for an execution. The same input can correspond to different behavior in a different state or environment, so a set of test cases is usually a test suite. Dynamic validation requires executing the test suite on the system under test. Static techniques complement it and are covered in the Software Quality knowledge area.[^s1]&#xA;&#xA;&#xA;The Guide&#39;s top-level topics for this knowledge area are:&#xA;&#xA;- Software Testing Fundamentals&#xA;- Test Levels&#xA;- Test Techniques&#xA;- Test-Related Measures&#xA;- Test Process&#xA;- Software Testing in the Development Processes and the Application Domains&#xA;- Testing of and Testing Through Emerging Technologies&#xA;- Software Testing Tools&#xA;&#xA;Software-testing standards listed in the Guide&#39;s appendix include [[work_ieee_29119_2_2021_9591506|ISO/IEC/IEEE 29119-2:2021]] (test processes), [[work_ieee_29119_3_2021_9591575|ISO/IEC/IEEE 29119-3:2021]] (test documentation), and [[work_ieee_29119_4_2021_9591512|ISO/IEC/IEEE 29119-4:2021]] (test techniques).[^s1]</body>
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      <body>## 内容与特点&#xA;&#xA;《你当像鸟飞往你的山》人们只看到我的与众不同：一个十七岁前从没踏入教室的大山女孩，却戴上一顶学历的高帽，熠熠生辉。只有我知道自己的真面目：我来自一个极少有人能想象的家庭。我的童年由垃圾场的废铜烂铁铸成，那里没有读书声，只有起重机的轰鸣。不上学，不就医，是父亲要我们坚持的忠诚与真理。父亲不允许我们拥有自己的声音，我们的意志是他眼中的恶魔。哈佛大学，剑桥大学，哲学硕士，历史博士……我知道，像我这样从垃圾堆里爬出来的无知女孩，能取得如今的成就，应当感激涕零才对。但我丝毫提不起热情。我曾怯懦、崩溃、自我怀疑，内心里有什么东西腐烂了，恶臭熏天。直到我逃离大山，打开另一个世界。那是教育给我的新世界，那是我生命的各种可能。《原生家庭如何修补自己的性格缺陷》不健康的家庭体系，就像高速公路上的连环追尾，其恶劣影响会代代相传！这是一部振聋发聩的家庭心理疗伤经典之作。苏珊·福沃德博士通过工作中接触到的大量真实素材，分析了不健康的原生家庭是如何伤害子女，并特续影响子女成年后的生活的。难能可贵的是，作者的主旨并不在于控诉这样的父母，而在于传授具体的对策，使那些受过或仍在承受父母伤害的人们获得勇气和力量，从与父母的负面关系模式中解脱，恢复自信和力量，得到自由和幸福。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为南海出版公司，出版时间为2019，ISBN为978-7-5442-7698-6，主题为回忆录。[^online]</body>
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      <body>## 内容与特点&#xA;&#xA;这是一部恢弘、深刻和饱含人文主义色彩的“癌症传记”，讲述了癌症在几千年前首次被记录，一直到二十一世纪人类认识、治疗和征服癌症的过程，并对癌症的本质有了全新的理解。作为医生、科研工作者和普利策获奖作家，辛达塔·穆克吉以细胞生物学家的精准、历史学家的视角和传记作家的热情，来审视癌症，记录了几千年来人类的抗癌战争，最终为读者带来这部内容震撼的癌症编年史。癌症的故事饱含人类的智慧、坚韧和毅力，但也掺杂着傲慢、家长式作风和误解。辛达塔·穆克吉通过医学前辈和同辈的视角，讲述了几个世纪以来医疗工作者眼中的认识、挫折、胜利和死亡，他们不断提高自己的能力，以对抗这个无限狡猾的对手。就在30年前，人们还认为，通过一场全面的“抗癌战争”，人类就可以轻而易举地击败这个对手。这本书读起来就像一部以癌症为主角的惊悚小说。从切除乳房的波斯女王阿托萨，到接受原始放疗和化疗的人，再到作者的白血病患者卡拉，这本书讲述了那些为了生存而经受严酷治疗的人的故事，同时也加深对这种标致性疾病的理解。这本内容引人入胜、情节紧迫和到处充满惊奇的书，为癌症治疗的未来提供了独特的参考，也为那些试图了解癌症真相的人打开了清晰的视角。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为中信出版社，出版时间为2022，ISBN为978-7-5217-1431-9，主题为癌。[^online]</body>
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      <title>基因传</title>
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      <summary>《基因传》是辛达塔·穆克吉的作品。《基因传》是一部深入浅出地探讨基因理论与人类命运关系的科技书籍。该书不仅详细介绍了基因作为遗传物质的基本单位,以及其在生命科学中的核心地位,还完整讲述了基因理论的起源、发展和未来。通过按照时间顺序和故事情节展开的叙述方式,读者可以清晰地看到</summary>
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      <createdAt>2026-11-01T03:13:46+08:00</createdAt>
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      <body>## 内容与特点&#xA;&#xA;《基因传》是一部深入浅出地探讨基因理论与人类命运关系的科技书籍。该书不仅详细介绍了基因作为遗传物质的基本单位,以及其在生命科学中的核心地位,还完整讲述了基因理论的起源、发展和未来。通过按照时间顺序和故事情节展开的叙述方式,读者可以清晰地看到科学家们在探究基因奥秘的过程中所经历的攻坚克难和合作斗争。此外,书中还涉及了基因技术与社会制度、文化、伦理和道德的冲突与博弈,为读者展现了一个充满温度和叙事高超的科普通识读物。[^online][^web]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为中信出版集团股份有限公司，出版时间为2018，ISBN为978-7-5086-8242-6，主题为基因。[^online]</body>
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      <title>失落的秘符</title>
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          <id>online</id>
          <title>失落的秘符</title>
          <url>https://reader.hnlib.com/Book/Detail/275740</url>
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      <createdAt>2026-11-01T01:13:45+08:00</createdAt>
      <updatedAt>2026-11-02T01:17:43+08:00</updatedAt>
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      <body>## 内容与特点&#xA;&#xA;《失落的秘符》内容介绍: 哈佛大学符号学家罗伯特·兰登意外受邀,于当晚前往华盛顿美国国会大厦做一个讲座。就在兰登到达的几分钟内,事情发生了令人匪夷所思的变化。国会大厦里出现了一件令人惊恐之物——一只人手,三根手指成握拳状,伸直的拇指和食指直指天穹,每只手指上都有具特殊符号学意义的诡异刺青。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;该来源所录版本由人民文学出版社出版，出版时间为2013，ISBN为978-7-02-010157-3。[^online]</body>
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      <createdAt>2026-11-01T03:14:33+08:00</createdAt>
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      <body>**《存在主义咖啡馆》**是莎拉·莎拉·贝克韦尔介绍存在主义运动及其思想家的著作。书中从雷蒙·阿隆向让-保罗·萨特与西蒙娜·德·波伏娃介绍现象学谈起，叙述存在主义的思想发展，并讨论其有关自由、责任与真实性的议题。[^web]</body>
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      <title>安妮日记</title>
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      <summary>《安妮日记》是安妮·弗兰克的作品。《安妮日记》是作者安妮·安妮·弗兰克遇难前两年藏身密室时的生活和情感的记载。作为一名成长中的少女，她在日记中吐露了与母亲不断发生冲突的困惑以及对性的好奇。同时，对于藏匿且充满恐怖的二十五个月的密室生活的记录，也使这本《安妮日记》成为德军占领下的人</summary>
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          <title>安妮日记</title>
          <url>https://reader.hnlib.com/Recommend/Detail/1993</url>
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      <createdAt>2026-11-01T03:14:37+08:00</createdAt>
      <updatedAt>2026-11-02T01:17:32+08:00</updatedAt>
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      <body>## 内容与特点&#xA;&#xA;《安妮日记》是作者安妮·安妮·弗兰克遇难前两年藏身密室时的生活和情感的记载。作为一名成长中的少女，她在日记中吐露了与母亲不断发生冲突的困惑以及对性的好奇。同时，对于藏匿且充满恐怖的二十五个月的密室生活的记录，也使这本《安妮日记》成为德军占领下的人民苦难生活的目击报道。战争结束，安妮的父亲奥托·安妮·弗兰克决定完成女儿的宿愿，将日记出版。这本日记成为二次大战期间纳粹消灭犹太人的最佳见证，日记中展现了惊人的勇气与毅力。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为北京燕山出版社，出版时间为2011，ISBN为978-7-5402-2723-4，主题为日记体小说。[^online]</body>
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      <title>小于一</title>
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      <status>published</status>
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          <title>小于一</title>
          <url>https://reader.hnlib.com/Recommend/Detail/486</url>
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      <createdAt>2026-11-01T03:14:48+08:00</createdAt>
      <updatedAt>2026-11-02T01:17:26+08:00</updatedAt>
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      <body>《小于一》是约瑟夫·约瑟夫·布罗茨基的散文集，收录其关于诗歌与诗学的评论，也包含回忆录和文学、政治评论内容。该书于2014年由浙江文艺出版社出版，ISBN为978-7-5339-3960-1[^online]。</body>
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        <creator>约瑟夫·布罗茨基</creator>
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      <title>故园风雨后</title>
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      <body>## 内容与特点&#xA;&#xA;本书是一部关于责任与欲望的迷人小说，也是伊夫林?沃深沉、富有怀旧意味的作品。小说通过主人公赖德对青春岁月的回忆，讲述了一个家庭的分崩离析，反映了英国贵族阶层的世代荣光在“二战”前夕的消退与幻灭。故事的主人公查尔斯?赖德和贵族出身的塞巴斯蒂安的是牛津大学的同窗好友，通过塞巴斯蒂安的介绍，赖德逐渐进入到对方的生活世界，了解了这个居住在布赖兹赫德庄园内的家族种种鲜为人知的往事。塞巴斯蒂安的父亲老马奇曼抛弃妻子，移居国外；他的母亲表面端庄贤淑，其实过着自私奢靡的生活，不负责任的父母给几位子女的生活留下了耻辱的印记，扭曲了他们的天性。塞巴斯蒂安受不了压抑的家庭氛围，离家出走，终日借酒浇愁。赖德与马奇曼的女儿朱莉娅虽然互生情愫，但宗教的原因使得这两个年轻人终究没能走到一起。赖德也因此认识到了自己在社会地位和精神信仰上与他们有着不可忽视的距离。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为人民文学出版社，出版时间为2023，ISBN为978-7-02-012415-2，主题为长篇小说。[^online]</body>
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      <body>## 内容与特点&#xA;&#xA;为什么是欧亚大陆征服了美洲和非洲,而不是相反?贾雷德·戴蒙德在这部经典著作中给出了颠覆性的答案。他驳斥了种族优越论,提出地理和环境才是塑造人类历史的关键因素:欧亚大陆的轴线走向、丰富的可驯化动植物,以及密集的人口,促进了农业、技术和病菌的演化,最终形成军事与政治优势。本书横跨人类学、生物学和历史学,以恢弘的视角揭示不平等的根源——不是智力或道德的差异,而是地理的偶然性。它被誉为“理解人类社会的终极指南”,荣获普利策奖,并深刻影响了全球读者对文明发展的认知。[^online][^web]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为译林出版社，出版时间为2017，ISBN为978-7-5447-6650-0，主题为长篇小说。[^online]</body>
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      <title>母与子</title>
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      <summary>《母与子》是科尔姆·托宾的短篇小说。《母与子》是爱尔兰著名作家科尔姆·托宾的首部短篇小说集。九篇故事均围绕母亲与儿子的关系，捕捉一个转折性时刻。在那一刻，母与子之间微妙的平衡被打破，或者他们对彼此的认识发生改变。托宾细致、优雅地刻画了各色男女，他们受制于习俗，受限于难以言说的</summary>
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      <createdAt>2026-11-01T03:17:33+08:00</createdAt>
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      <body>## 内容与特点&#xA;&#xA;《母与子》是爱尔兰著名作家科尔姆·托宾的首部短篇小说集。九篇故事均围绕母亲与儿子的关系，捕捉一个转折性时刻。在那一刻，母与子之间微妙的平衡被打破，或者他们对彼此的认识发生改变。托宾细致、优雅地刻画了各色男女，他们受制于习俗，受限于难以言说的情感，走不出过去的阴影。许多人无可奈何地陷入生活的泥淖：一个男子埋葬了母亲，用一夜放纵冲刷内心的悲伤；一位著名歌手征服了满场观众，但无法取悦在场那个多年未见的儿子。而在本书最后可能也是最出色的作品《长冬》中，一个年轻人在大雪覆盖的群山中，搜寻离家出走的母亲。托宾透过这些故事，准确展现人的脆弱和渴望，震撼人心，令人难忘。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为上海译文出版社有限公司，出版时间为2024，ISBN为978-7-5327-9471-3，主题为短篇小说。[^online]</body>
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      <title>没有个性的人</title>
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      <summary>《没有个性的人》是罗伯特·穆齐尔的长篇小说。】《没有个性的人》是奥地利作家罗伯特·罗伯特·穆齐尔未完成的遗作,一部&#34;精神长篇小说&#34;和一部富于随笔式思考的文学作品,作家通过小说里的微型世界,勾画了从启蒙理性塑造的上层市民社会到现代大众社会的过渡,展示了其时代人物的蜡像馆,在二十世纪现代派文学中</summary>
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          <url>https://reader.hnlib.com/Recommend/Detail/539</url>
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          <title>Los Angeles Public Library</title>
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      <createdAt>2026-11-01T03:17:46+08:00</createdAt>
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      <body>## 内容与特点&#xA;&#xA;】《没有个性的人》是奥地利作家罗伯特·罗伯特·穆齐尔未完成的遗作,一部&#34;精神长篇小说&#34;和一部富于随笔式思考的文学作品,作家通过小说里的微型世界,勾画了从启蒙理性塑造的上层市民社会到现代大众社会的过渡,展示了其时代人物的蜡像馆,在二十世纪现代派文学中占有重要地位。小说的背景是一九一四年前的奥匈帝国。在维也纳,人们成立了一个委员会,筹备一九一八年庆祝奥皇弗兰茨·约瑟夫在位七十周年的活动,而在这同一年,德国将庆祝德皇威廉二世在位三十周年;所以,人们称奥地利的这个行动为&#34;平行行动&#34;(然而,一九一八年正好将是这两个王国覆灭的年份,这将一个滑稽荒唐的炸弹放进小说的基底)。小说的主人公——平行行动委员会秘书乌尔里希——认识到,对自己来说,可能性比中庸死板的现实性更重要;他觉得自己是个没有个性的人,因为他不再把人,而是把物质看作现代现实的中心:&#34;今天......已经产生了一个无人的个性的世界,一个无经历者的经历的世界。&#34;他看到自己被迫面对时代的种种问题,面对理性和心灵、科学信仰和文化悲观主义之间的种种矛盾。另外,小说还塑造了主人公在平行行动的活动圈里接触到的一系列形形色色的人物,如行动负责人狄奥蒂玛、金融巨头和&#34;大作家&#34;阿恩海姆、年轻时代的朋友瓦尔[^online][^web]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为上海译文出版社，出版时间为2015，ISBN为978-7-5327-6681-9，主题为长篇小说。[^online]</body>
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      <body>## 内容与特点&#xA;&#xA;《牛虻》是爱尔兰女作家伏尼契的代表作，讲述了意大利富家青年阿瑟，在遭遇最爱之人的背叛之后，亚瑟离家出走，历经艰辛，化名“牛虻”，重返意大利，以犀利文笔抨击教会，偷运军火，准备起义。最后不幸被自己的生父逮捕，两颗曾经相系的心却因命运的安排而偏离了彼此。面对支离破碎的人生，牛虻做出了自己的选择......[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为浙江人民出版社，出版时间为2022，ISBN为978-7-213-10589-0，主题为长篇小说。[^online]</body>
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      <body>## 内容与特点&#xA;&#xA;《白天的房子，夜晚的房子》讲述了一个边境小镇，从*位拓荒至此的制刀匠人在此安居，到女主人公与丈夫迁居这片乡野，同一片土地在千年之间不同的历史瞬间、不同的人生流徙。各种传奇人物在此粉墨登场：长出胡子的圣女、性别倒错的修士、身体里住着一只鸟的酒鬼、化身狼人的小镇教师、会冬眠的做假发的老太太、靠网络收集梦境的女人……千年之间人世沧桑变换、起起落落，但对于土地而言，人的悲欢离合、人的世代更迭，不过是土地的瞬息一梦。n这是一部多种文体交杂、多条故事线相互穿插的奇妙小说，短篇小说、散文、民间故事、圣徒传记，甚至菜谱、笔记，交错呈现。每一个故事都是一篇精致的短篇小说，连缀起来又是一部遍布伏笔与呼应的绝妙长篇。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为四川人民出版社，出版时间为2017，ISBN为978-7-220-10372-8，主题为长篇小说。[^online]</body>
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      <title>驴皮记</title>
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      <summary>《驴皮记》是巴尔扎克的长篇小说。《驴皮记》带有巴尔扎克作品中少有的魔幻现实色彩,是经典长篇哲理小说,兼具了批判、现实、象征。创作之初巴尔扎克就以汇集个人生活经验和哲学思想为目的,来回应当时社会的变化——“金钱就是唯一的上帝”。书里把欲望和生命的矛盾,具象化为一张驴皮。拥有</summary>
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          <url>https://reader.hnlib.com/Recommend/Detail/1967</url>
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      <body>## 内容与特点&#xA;&#xA;《驴皮记》带有巴尔扎克作品中少有的魔幻现实色彩,是经典长篇哲理小说,兼具了批判、现实、象征。创作之初巴尔扎克就以汇集个人生活经验和哲学思想为目的,来回应当时社会的变化——“金钱就是唯一的上帝”。书里把欲望和生命的矛盾,具象化为一张驴皮。拥有这张驴皮,你的愿望都可以被实现,但每次驴皮都会缩小一点,直到它消失,你的生命也结束了。拥有驴皮的人是幸运的,他可以获得一切,他也是不幸的,因为面对死亡,他什么都不敢要。书中,巴尔扎克把物欲横流的社会,浓缩在赌场、古董店、一次次晚宴和主人公的诚惶诚恐中。把欲望的罪恶刻画得淋漓尽致,深刻地讨论了欲望与生命的意义,及对死亡的恐惧。《驴皮记》让默默写作10年的巴尔扎克一举成为脱销作家。三年后,才开始在此之上构筑《人间喜剧》,名副其实奠基之作。[^online][^web]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为山东画报出版社，出版时间为2023，ISBN为978-7-5474-4615-7，主题为长篇小说。[^online]</body>
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      <summary>《云图》是大卫·米切尔的长篇小说。云图——地球上不同尺度的云层覆盖和充满变化的地表面特征的图像。《云图》书如其名，由六个环环相扣的故事组成，时间跨度为十九世纪到后末日时代，波及全球各地——1850年前后，太平洋，罹患寄生虫病的美国公证人亚当·尤因从查塔姆群岛乘船回国，航行途</summary>
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          <title>云图</title>
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      <body>## 内容与特点&#xA;&#xA;云图——地球上不同尺度的云层覆盖和充满变化的地表面特征的图像。《云图》书如其名，由六个环环相扣的故事组成，时间跨度为十九世纪到后末日时代，波及全球各地——1850年前后，太平洋，罹患寄生虫病的美国公证人亚当·尤因从查塔姆群岛乘船回国，航行途中目睹震惊场面，1931年，比利时西德海姆，身无分文的英国年轻作曲家罗伯特·弗罗比舍在音乐大师门下经历诸多爱恨情仇；1975年，美国加州布衣纳斯·耶巴斯，小报记者路易莎·雷冒着巨大危险调查核电站工程中的腐败和雇凶杀人；21世纪初，英国，被黑道追杀的出版人蒂莫西·卡文迪什被软禁在一家养老院中，苦不堪言；反乌托邦时代的未来，内索国，宋记餐厅克隆人服务员星美-451反抗着缔造和剥削克隆人群体的社会；后末日未来，夏威夷，失去父亲的牧羊少年扎克里与高科技文明幸存者不期而遇……六位主人公或许是同一灵魂的化身，却又被印上截然不同的胎记。波诡云谲的故事情节与亘古不变的人类本性交织在一起，构成了一幅绚丽无比的云图。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为上海文艺出版社，出版时间为2010，ISBN为978-7-5321-3692-6，主题为长篇小说。[^online]</body>
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      <title>宇宙</title>
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      <body>## 内容与特点&#xA;&#xA;霍金、阿西莫夫钦佩的天文学家卡尔·卡尔·萨根长销40年的科普名作，启发众多读者的宇宙认知和想象。《三体》作者刘慈欣直言这本书为他打开了看科学的第三只眼，吴国盛教授认为卡尔·卡尔·萨根是未来科学家的指路神。从大爆炸的混沌到宇宙的秩序，解锁时空中的伟大谜团，汇集人类探索宇宙的方方面面，展现高光时刻的迷人故事。横跨天文、生物、化学和地理学等各学科，并将科学与历史、艺术、人类学和哲学交织融合，令人叹为观止。洋溢着科普著作中难得一见的人文关怀，以阔大的宇宙视野，炽热的谦卑之心，对自然、人类的命运发出止不住的关切。文笔优美流畅，热情洋溢而充满诗意，将科普与文学恰到好处地融合在一起，在获得知识的同时也得到审美享受。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为上海科学技术文献出版社，出版时间为2021，ISBN为978-7-5439-8288-8，主题为宇宙。[^online]</body>
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      <createdAt>2026-11-01T03:17:41+08:00</createdAt>
      <updatedAt>2026-11-02T01:15:32+08:00</updatedAt>
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      <body>## 内容与特点&#xA;&#xA;本书是纪实小说。1996年8月底一个温热而清朗的夜晚，我从重庆出发，乘慢船，顺江而下来到涪陵。在这里，我有时是一个旁观者，有时又置身于当地的生活之中，这种亲疏结合的观察构成了我在四川两年的部分生活。在1996年至1998年间，我学会了热爱涪陵。能再次回到长江上的感觉真好，哪怕它的旧时激流只存于我的记忆之中。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为上海译文出版社，出版时间为2012，ISBN为978-7-5327-5672-8，主题为游记。[^online]</body>
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      <title>战马</title>
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      <createdAt>2026-11-01T03:16:11+08:00</createdAt>
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      <body>## 内容与特点&#xA;&#xA;【马年说马,书卷传情】万诚文|用温柔的冲锋撞开世界的墙重庆新时代文明实践云平台。《战马》作者:[英]迈克尔·迈克尔·莫普格小说《战马》由英国儿童文学作家迈克尔·迈克尔·莫普格创作于1982年,后被改编为电视剧和电影。该书是关于人马关系的一次感人至深的探讨。它讲述了一个名叫阿尔伯特的小男孩和他那匹名叫乔伊的马之间的故事。他们在第一次世界大战中天各一方,乔伊在战争中遭受了巨大的苦难。作者想要偿还人类对战争中服役的数百万匹战马欠下的“巨额债务”,突出描写了大多数战马在战争中的悲惨命运。《战马》也是以马的视角进行的第一人称叙述的故事,更适合小学高段以上的孩子阅读。从动物和人的关系来看战争的影响,更能让读者体会战火的无情,以及战争给普通人带来的生离死别和剧烈创伤。在翻开《战马》这本书之前,我从未想过,它竟然是一本写给孩子的读物。毕竟第一次世界大战的残酷底色、黑暗战壕里混杂着血迹与硝烟的浮土,总让人觉得过于沉重。战争的尖锐与冰冷,似乎本就不该出现在孩子的阅读世界里。可也正是这份看似违和的创作选择,让《战马》成为备受欢迎的经典儿童文学作品。由原著改编的舞台剧在欧洲场场火爆,享誉世界,名导斯皮尔伯格执导的同名电影,更是为这个故事披上了一层恢宏动人的史诗外衣[^online][^web]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为南海出版公司，出版时间为2011.01，ISBN为978-7-5442-4971-3，主题为儿童文学。[^online]</body>
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      <body>## Official history&#xA;&#xA;&gt; 范曄字蔚宗，順陽人，車騎將軍泰少子也。母如厠產之，額為塼所傷，故以塼為小字。出繼從伯弘之，襲封武興縣五等侯。&#xA;&#xA;— 宋書/卷69[^zhengshi]&#xA;&#xA;## Basic facts&#xA;&#xA;- Born: 398[^wikidata]&#xA;- Died: 445[^wikidata]&#xA;&#xA;## Works&#xA;&#xA;- [[work_cn_q430428|Book of the Later Han]][^wikidata]</body>
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      <title>不安之书</title>
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          <title>不安之书(全译本)</title>
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      <createdAt>2026-11-01T03:10:35+08:00</createdAt>
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      <body>## 内容与特点&#xA;&#xA;不安之书(全译本)国家出版发行信息公共服务平台。《不安之书》以著名佩索阿学者热罗尼莫·皮萨罗的编订本为底本,忠实地还原了佩索阿创作的阶段性特征和这位文学巨匠的人生心路历程。写出了现代人内心的种种感受,前所未有地展现了人性的孤独和决绝之美,以无比的诗意和哲理引起了我们的共鸣。其病逝后遗留两万五千多页手稿,包括诗歌、散文、文学批评、哲学论文、翻译等公开,引起轰动。佩索阿的作品世界由众多的“异名者”组成,构建了一个庞大、完整、神秘的文学宇宙。金心艺,现任教于北京外国语大学西葡语学院葡语系,主要从事葡语国家文学与翻译、葡语语言与文化、艺术比较等方面的教学与研究。译著有《海洋塑料:一个入侵物种》《音乐的艺术》《梦游的大地》等。周淼,现为科英布拉大学孔子学院外方执行院长、中国社科院-科英布拉大学中国研究中心葡方联席执行主任。主要从事佩索阿研究,推动中国和葡语国家文化科技交流。发表有《两个但丁和佩索阿》《佩索阿在中国的译介》《从葡萄牙看中欧文化学术交流》等中外文论文。关键词随笔-作品集-葡萄牙-现代本书标签异名孤独散文随笔创作日记体每一心路历程之美[^online][^web]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为中国文联出版社，出版时间为2014，ISBN为978-7-5059-8537-7，主题为随笔。[^online]</body>
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      <title>玫瑰的名字</title>
      <slug>hnlib-book-mei-gui-de-ming-zi</slug>
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          <url>https://reader.hnlib.com/Recommend/Detail/212</url>
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      <createdAt>2026-11-01T03:18:08+08:00</createdAt>
      <updatedAt>2026-11-02T01:14:28+08:00</updatedAt>
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      <revision>3</revision>
      <body>## 内容与特点&#xA;&#xA;一个修道院在七天里发生六起谋杀,巴斯克维尔的威廉修士对谋杀进行调查,线索不约而同指向了修道院最宏伟的建筑——图书馆。书的前页特意附上了图书馆的建筑结构图,是一座迷宫式的神秘建筑。威廉以为,历史事件遗留的痕迹,就像事物的符号,符号与符号之间存在某种联系,他可以像解开迷宫规则一样,根据普遍规律找到那些“痕迹(符号)”之间的联系,最终发现真相。图书馆藏书的规则正是像威廉所信奉的宇宙秩序一样,是按照某种符号规则编码了所有图书。然而,威廉虽然凭才智接近了真相,却发现六起谋杀案并非像他最初推断的那样是按照《启示录》七声号角的顺序、有计划的谋杀,它们之间的相互一致完全是巧合。[^online][^web]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为上海译文出版社，出版时间为2010，ISBN为978-7-5327-4854-9，主题为长篇小说。[^online]</body>
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      <title>异乡人</title>
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          <id>online</id>
          <title>异乡人</title>
          <url>https://reader.hnlib.com/Recommend/Detail/471</url>
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      <createdAt>2026-11-01T03:15:16+08:00</createdAt>
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      <body>## 内容与特点&#xA;&#xA;他们说，妈妈死了，我没哭；这是无情，该死。隔天就和女友厮混；这是不孝，该死。挑拨朋友仇家互斗；这是不义，该死。我合该天地不容，人神共愤，但你们企图用来拯救我的那一套，又算什么？我杀了人，只因夏日阳光太刺眼……世界总是喋喋不休地告诉人们，行为举止甚至思想应该如何符合社会约定俗成的、种种道德规范下的节度。但是，默尔索，一个居高临下的鸟瞰者，冷静自持，无动于衷，漠视七嘴八舌急于发表意见和批判的群众。他倦于给出令人满意的标准答案，他对合乎礼俗但不合于自己真实感受的事物，无法找到适当的对应方式和距离，于是，他被大家指责为无情、不孝、不义。默尔索不知道在与世界冲撞的窘境下，自己存在的价值和意义。他鸟瞰自己，也鸟瞰他人，探索内在情感与外在世界的关系。他还没找到答案，如何给别人（何况是别人“想要的”）答案？在这种种荒谬的情境中，默尔索凸显了“独立的个人”的困窘。在他没找到答案之前（可能穷极一生都在摸索），他注定是：一个心灵上永远的异乡人，一个与既定社会格格不入的局外人。阿尔贝·加缪形塑的“现代荒谬英雄”默尔索于是诞生，深深影响了后世无数孤独的灵魂，让我们得以正视自己混乱、无依的处境。[^online]&#xA;&#xA;## 版本信息&#xA;&#xA;出版社为北京大学出版社，出版时间为2015，ISBN为978-7-301-25178-2，主题为长篇小说。[^online]</body>
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      <id>work_ieee_c2_1997</id>
      <type>work</type>
      <title>IEEE Std C2-1997</title>
      <slug>ieee-std-c2-1997</slug>
      <aliases>
        <alias>C2-1997</alias>
        <alias>C2-1997 - National Electric Safety Code (NESC), 1997 Edition</alias>
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      <previousSlugs></previousSlugs>
      <summary>IEEE Std C2-1997 是电气电子工程师学会的技术标准，题为“National Electric Safety Code (NESC), 1997 Edition”；公开目录标为已被替代（Superseded），著录年份为 1996 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std C2-1997 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=6188483</url>
          <locator>standard_number=C2-1997; status=Superseded; modifier=</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:56:43+08:00</createdAt>
      <updatedAt>2026-11-01T22:56:43+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std C2-1997**（National Electric Safety Code (NESC), 1997 Edition）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为已被替代（Superseded），著录年份为 1996 年，主题领域包括 Power, Energy and Industry Applications、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-c2-1997.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
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      <workKind>standard</workKind>
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        <precision>year</precision>
        <display>1996年</display>
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      <language>英语</language>
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      <type>work</type>
      <title>IEEE Std P334/D6, Dec 2023</title>
      <slug>ieee-std-p334-d6-dec-2023</slug>
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        <alias>P334/D6, Dec 2023</alias>
        <alias>P334/D6, Dec 2023 - IEEE Draft Standard for Qualifying Alternating Current Class 1E Motors for Nuclear Power Generating Stations</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P334/D6, Dec 2023 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Qualifying Alternating Current Class 1E Motors for Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2024 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
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      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P334/D6, Dec 2023 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10606416</url>
          <locator>standard_number=P334/D6, Dec 2023; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:30:58+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:58+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P334/D6, Dec 2023**（IEEE Draft Standard for Qualifying Alternating Current Class 1E Motors for Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2024 年，主题领域包括 Nuclear Engineering、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2024</year>
        <precision>year</precision>
        <display>2024年</display>
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      <language>英语</language>
      <creators></creators>
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      <id>work_ieee_p334_d7_aug_2024</id>
      <type>work</type>
      <title>IEEE Std P334/D7 Aug 2024</title>
      <slug>ieee-std-p334-d7-aug-2024</slug>
      <aliases>
        <alias>P334/D7 Aug 2024</alias>
        <alias>P334/D7 Aug 2024 - IEEE Approved Draft Standard for Qualifying Alternating Current Class 1E Motors for Nuclear Power Generating Stations</alias>
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      <previousSlugs></previousSlugs>
      <summary>IEEE Std P334/D7 Aug 2024 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard for Qualifying Alternating Current Class 1E Motors for Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2024 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P334/D7 Aug 2024 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10643827</url>
          <locator>standard_number=P334/D7 Aug 2024; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <updatedAt>2026-11-01T22:30:58+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P334/D7 Aug 2024**（IEEE Approved Draft Standard for Qualifying Alternating Current Class 1E Motors for Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]于 2024 年 8 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Nuclear Engineering、Power, Energy and Industry Applications、Fields, Waves and Electromagnetics[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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      <fallback>true</fallback>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2024</year>
        <precision>year</precision>
        <display>2024年</display>
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      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <type>work</type>
      <title>IEEE Std P334/D5, Jun 2022</title>
      <slug>ieee-std-p334-d5-jun-2022</slug>
      <aliases>
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        <alias>P334/D5, Jun 2022 - IEEE Draft Standard for Qualifying Alternating Current Class 1E Motors for Nuclear Power Generating Stations</alias>
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      <previousSlugs></previousSlugs>
      <summary>IEEE Std P334/D5, Jun 2022 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Qualifying Alternating Current Class 1E Motors for Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2022 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
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      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P334/D5, Jun 2022 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9844312</url>
          <locator>standard_number=P334/D5, Jun 2022; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:30:57+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:57+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P334/D5, Jun 2022**（IEEE Draft Standard for Qualifying Alternating Current Class 1E Motors for Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]于 2022 年 6 月形成的草案。公开目录将其标为非现行（Inactive）[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p334-d5-jun-2022.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
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        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2022</year>
        <precision>year</precision>
        <display>2022年</display>
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      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <type>work</type>
      <title>IEEE Std P3336/D3.2, Jul 2025</title>
      <slug>ieee-std-p3336-d3-2-jul-2025</slug>
      <aliases>
        <alias>P3336/D3.2, Jul 2025</alias>
        <alias>P3336/D3.2, Jul 2025 - IEEE Approved Draft Guide for Vibration Tests for Aircraft Warning Marker Balls on Overhead Transmission Lines</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3336/D3.2, Jul 2025 是电气电子工程师学会的草案，题为“IEEE Approved Draft Guide for Vibration Tests for Aircraft Warning Marker Balls on Overhead Transmission Lines”；公开目录标为非现行（Inactive），著录年份为 2025 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3336/D3.2, Jul 2025 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=11124493</url>
          <locator>standard_number=P3336/D3.2, Jul 2025; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
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      <createdAt>2026-11-01T22:30:56+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:56+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3336/D3.2, Jul 2025**（IEEE Approved Draft Guide for Vibration Tests for Aircraft Warning Marker Balls on Overhead Transmission Lines）是[[organization_ieee|电气电子工程师学会]]于 2025 年 7 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Aerospace、Power, Energy and Industry Applications、Transportation[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3336-d3-2-jul-2025.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
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        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2025</year>
        <precision>year</precision>
        <display>2025年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
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      <id>work_ieee_p334_d4</id>
      <type>work</type>
      <title>IEEE Std P334/D4</title>
      <slug>ieee-std-p334-d4</slug>
      <aliases>
        <alias>P334/D4</alias>
        <alias>P334/D4 - Unapproved IEEE Draft Standard for Qualifying Continuous Duty Class 1E Motors for Nuclear Power Generating Stations</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P334/D4 是电气电子工程师学会的草案，题为“Unapproved IEEE Draft Standard for Qualifying Continuous Duty Class 1E Motors for Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2006 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P334/D4 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=4039779</url>
          <locator>standard_number=P334/D4; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:56+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:56+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P334/D4**（Unapproved IEEE Draft Standard for Qualifying Continuous Duty Class 1E Motors for Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2006 年，主题领域包括 Nuclear Engineering[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p334-d4.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2006</year>
        <precision>year</precision>
        <display>2006年</display>
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      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p3334_d3_1_dec_2025</id>
      <type>work</type>
      <title>IEEE Std P3334/D3.1, Dec 2025</title>
      <slug>ieee-std-p3334-d3-1-dec-2025</slug>
      <aliases>
        <alias>P3334/D3.1, Dec 2025</alias>
        <alias>P3334/D3.1, Dec 2025 - IEEE Approved Draft Recommended Practice for Market-based Electric Vehicle Grid Integration</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3334/D3.1, Dec 2025 是电气电子工程师学会的草案，题为“IEEE Approved Draft Recommended Practice for Market-based Electric Vehicle Grid Integration”；公开目录标为非现行（Inactive），著录年份为 2026 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3334/D3.1, Dec 2025 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=11345672</url>
          <locator>standard_number=P3334/D3.1, Dec 2025; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:55+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:55+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3334/D3.1, Dec 2025**（IEEE Approved Draft Recommended Practice for Market-based Electric Vehicle Grid Integration）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2026 年，主题领域包括 Computing and Processing、Components, Circuits, Devices and Systems、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3334-d3-1-dec-2025.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2026</year>
        <precision>year</precision>
        <display>2026年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p3333_2_1_d1_may_2014</id>
      <type>work</type>
      <title>IEEE Std P3333.2.1/D1, May 2014</title>
      <slug>ieee-std-p3333-2-1-d1-may-2014</slug>
      <aliases>
        <alias>P3333.2.1/D1, May 2014</alias>
        <alias>P3333.2.1/D1, May 2014 - IEEE Draft Recommended Practice for Three-Dimensional (3D) Medical Modelling</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3333.2.1/D1, May 2014 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Three-Dimensional (3D) Medical Modelling”；公开目录标为非现行（Inactive），著录年份为 2014 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3333.2.1/D1, May 2014 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=6916980</url>
          <locator>standard_number=P3333.2.1/D1, May 2014; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:54+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:54+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.2.1/D1, May 2014**（IEEE Draft Recommended Practice for Three-Dimensional (3D) Medical Modelling）是[[organization_ieee|电气电子工程师学会]]于 2014 年 5 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Bioengineering、Computing and Processing、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-2-1-d1-may-2014.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2014</year>
        <precision>year</precision>
        <display>2014年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p3334_d3_july_2025</id>
      <type>work</type>
      <title>IEEE Std P3334/D3, July 2025</title>
      <slug>ieee-std-p3334-d3-july-2025</slug>
      <aliases>
        <alias>P3334/D3, July 2025</alias>
        <alias>P3334/D3, July 2025 - IEEE Draft Recommended Practice for Market-based Electric Vehicle Grid Integration</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3334/D3, July 2025 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Market-based Electric Vehicle Grid Integration”；公开目录标为非现行（Inactive），著录年份为 2025 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3334/D3, July 2025 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=11170385</url>
          <locator>standard_number=P3334/D3, July 2025; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:54+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:54+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3334/D3, July 2025**（IEEE Draft Recommended Practice for Market-based Electric Vehicle Grid Integration）是[[organization_ieee|电气电子工程师学会]]于 2025 年 7 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Fields, Waves and Electromagnetics、Power, Energy and Industry Applications、Transportation[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3334-d3-july-2025.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2025</year>
        <precision>year</precision>
        <display>2025年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <rankingEntries></rankingEntries>
      <id>work_ieee_p3333_1_4_d1_1_jul_2022</id>
      <type>work</type>
      <title>IEEE Std P3333.1.4/D1.1, Jul 2022</title>
      <slug>ieee-std-p3333-1-4-d1-1-jul-2022</slug>
      <aliases>
        <alias>P3333.1.4/D1.1, Jul 2022</alias>
        <alias>P3333.1.4/D1.1, Jul 2022 - IEEE Draft Recommended Practice for the Quality Assessment of Light Field Imaging</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3333.1.4/D1.1, Jul 2022 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for the Quality Assessment of Light Field Imaging”；公开目录标为非现行（Inactive），著录年份为 2022 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3333.1.4/D1.1, Jul 2022 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9845368</url>
          <locator>standard_number=P3333.1.4/D1.1, Jul 2022; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:53+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:53+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.4/D1.1, Jul 2022**（IEEE Draft Recommended Practice for the Quality Assessment of Light Field Imaging）是[[organization_ieee|电气电子工程师学会]]于 2022 年 7 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Photonics and Electrooptics[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-1-4-d1-1-jul-2022.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2022</year>
        <precision>year</precision>
        <display>2022年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <perspectives></perspectives>
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      <rankingEntries></rankingEntries>
      <id>work_ieee_p3333_1_4_d1_2_sept_2022</id>
      <type>work</type>
      <title>IEEE Std P3333.1.4 /D1.2, Sept 2022</title>
      <slug>ieee-std-p3333-1-4-d1-2-sept-2022</slug>
      <aliases>
        <alias>P3333.1.4 /D1.2, Sept 2022</alias>
        <alias>P3333.1.4 /D1.2, Sept 2022 - IEEE Approved Draft Recommended Practice for the Quality Assessment of Light Field Imaging</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3333.1.4 /D1.2, Sept 2022 是电气电子工程师学会的草案，题为“IEEE Approved Draft Recommended Practice for the Quality Assessment of Light Field Imaging”；公开目录标为非现行（Inactive），著录年份为 2022 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3333.1.4 /D1.2, Sept 2022 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9894390</url>
          <locator>standard_number=P3333.1.4 /D1.2, Sept 2022; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:52+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:52+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.4 /D1.2, Sept 2022**（IEEE Approved Draft Recommended Practice for the Quality Assessment of Light Field Imaging）是[[organization_ieee|电气电子工程师学会]]于 2022 年 9 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、Photonics and Electrooptics、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-1-4-d1-2-sept-2022.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2022</year>
        <precision>year</precision>
        <display>2022年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
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      <id>work_ieee_p3333_1_3_d3_nov_2021</id>
      <type>work</type>
      <title>IEEE Std P3333.1.3/D3, Nov 2021</title>
      <slug>ieee-std-p3333-1-3-d3-nov-2021</slug>
      <aliases>
        <alias>P3333.1.3/D3, Nov 2021</alias>
        <alias>P3333.1.3/D3, Nov 2021 - IEEE Draft Standard for the Deep Learning-Based Assessment of Visual Experience Based on Human Factors</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3333.1.3/D3, Nov 2021 是电气电子工程师学会的草案，题为“IEEE Draft Standard for the Deep Learning-Based Assessment of Visual Experience Based on Human Factors”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3333.1.3/D3, Nov 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9624191</url>
          <locator>standard_number=P3333.1.3/D3, Nov 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:51+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:51+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.3/D3, Nov 2021**（IEEE Draft Standard for the Deep Learning-Based Assessment of Visual Experience Based on Human Factors）是[[organization_ieee|电气电子工程师学会]]于 2021 年 11 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、General Topics for Engineers[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-1-3-d3-nov-2021.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
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      <rankingEntries></rankingEntries>
      <id>work_ieee_p3333_1_3_d4_dec_2021</id>
      <type>work</type>
      <title>IEEE Std P3333.1.3/D4, Dec 2021</title>
      <slug>ieee-std-p3333-1-3-d4-dec-2021</slug>
      <aliases>
        <alias>P3333.1.3/D4, Dec 2021</alias>
        <alias>P3333.1.3/D4, Dec 2021 - IEEE Draft Standard for the Deep Learning-Based Assessment of Visual Experience Based on Human Factors</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3333.1.3/D4, Dec 2021 是电气电子工程师学会的草案，题为“IEEE Draft Standard for the Deep Learning-Based Assessment of Visual Experience Based on Human Factors”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3333.1.3/D4, Dec 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9646861</url>
          <locator>standard_number=P3333.1.3/D4, Dec 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:51+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:51+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.3/D4, Dec 2021**（IEEE Draft Standard for the Deep Learning-Based Assessment of Visual Experience Based on Human Factors）是[[organization_ieee|电气电子工程师学会]]于 2021 年 12 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、General Topics for Engineers[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-1-3-d4-dec-2021.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
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      <rankingEntries></rankingEntries>
      <id>work_ieee_p3333_1_3_d2_aug_2021</id>
      <type>work</type>
      <title>IEEE Std P3333.1.3/D2, Aug 2021</title>
      <slug>ieee-std-p3333-1-3-d2-aug-2021</slug>
      <aliases>
        <alias>P3333.1.3/D2, Aug 2021</alias>
        <alias>P3333.1.3/D2, Aug 2021 - IEEE Draft Standard for the Deep Learning-Based Assessment of Visual Experience Based on Human Factors</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3333.1.3/D2, Aug 2021 是电气电子工程师学会的草案，题为“IEEE Draft Standard for the Deep Learning-Based Assessment of Visual Experience Based on Human Factors”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3333.1.3/D2, Aug 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9565840</url>
          <locator>standard_number=P3333.1.3/D2, Aug 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:50+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:50+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.3/D2, Aug 2021**（IEEE Draft Standard for the Deep Learning-Based Assessment of Visual Experience Based on Human Factors）是[[organization_ieee|电气电子工程师学会]]于 2021 年 8 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、General Topics for Engineers[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-1-3-d2-aug-2021.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
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      <id>work_ieee_p3333_1_2_d5_dec_2023</id>
      <type>work</type>
      <title>IEEE Std P3333.1.2/D5, Dec 2023</title>
      <slug>ieee-std-p3333-1-2-d5-dec-2023</slug>
      <aliases>
        <alias>P3333.1.2/D5, Dec 2023</alias>
        <alias>P3333.1.2/D5, Dec 2023 - IEEE Approved Draft Standard for the Perceptual Quality Assessment of Three Dimensional (3D), Ultra High Definition (UHD) and High Dynamic Range (HDR) Contents</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3333.1.2/D5, Dec 2023 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard for the Perceptual Quality Assessment of Three Dimensional (3D), Ultra High Definition (UHD) and High Dynamic Range (HDR) Contents”；公开目录标为非现行（Inactive），著录年份为 2024 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3333.1.2/D5, Dec 2023 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10384625</url>
          <locator>standard_number=P3333.1.2/D5, Dec 2023; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <body>**IEEE Std P3333.1.2/D3, Oct 2017**（IEEE Draft Standard for the Perceptual Quality Assessment of Three Dimensional (3D) and Ultra High Definition (UHD) Contents）是[[organization_ieee|电气电子工程师学会]]于 2017 年 10 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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          <author>IEEE</author>
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      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.2/D4, Dec 2023**（IEEE Draft Standard for the Perceptual Quality Assessment of Three Dimensional (3D), Ultra High Definition (UHD) and High Dynamic Range (HDR) Contents）是[[organization_ieee|电气电子工程师学会]]于 2023 年 12 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Communication, Networking and Broadcast Technologies、Signal Processing and Analysis、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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      <status>published</status>
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          <id>s1</id>
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      <body>**IEEE Std P3333.1.2/D3, Apr 2022**（IEEE Draft Standard for the Perceptual Quality Assessment of Three Dimensional (3D), Ultra High Definition (UHD) and High Dynamic Range (HDR) Contents）是[[organization_ieee|电气电子工程师学会]]于 2022 年 4 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、Components, Circuits, Devices and Systems、Signal Processing and Analysis[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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      <title>IEEE Std P3333.1.2/D2, May 2017</title>
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      <status>published</status>
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      <updatedBy>user:admin</updatedBy>
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      <body>**IEEE Std P3333.1.2/D2, May 2017**（IEEE Draft Standard for the Perceptual Quality Assessment of Three Dimensional (3D) and Ultra High Definition (UHD) Contents）是[[organization_ieee|电气电子工程师学会]]于 2017 年 5 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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      <title>IEEE Std P3333.1.1/D2, Nov 2014</title>
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      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
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      <sources>
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          <title>IEEE Std P3333.1.1/D2, Nov 2014 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=6997975</url>
          <locator>standard_number=P3333.1.1/D2, Nov 2014; status=Inactive; modifier=Draft</locator>
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          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.1/D2, Nov 2014**（IEEE Approved Draft Standard for the Quality of Experience (QoE) and Visual Comfort Assessments of Three Dimensional (3D) Contents Based on Psychophysical Studies）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2015 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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        <alias>P3333.1.1/D3, Sept 2023</alias>
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      <status>published</status>
      <categories>
        <category>category-science-technology</category>
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      <tags>
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          <id>s1</id>
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          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10355906</url>
          <locator>standard_number=P3333.1.1/D3, Sept 2023; status=Inactive; modifier=Draft</locator>
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          <author>IEEE</author>
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      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.1/D3, Sept 2023**（IEEE Draft Standard for Quality of Experience (QoE) and Visual-Comfort Assessments of Three-Dimensional (3D) Contents Based on Psychophysical Studies）是[[organization_ieee|电气电子工程师学会]]于 2023 年 9 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、General Topics for Engineers[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-1-1-d3-sept-2023.html</url>
      <lang>en</lang>
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      <status>published</status>
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        <category>category-science-technology</category>
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      <tags>
        <tag>tag-ieee-standard</tag>
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          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=6915657</url>
          <locator>standard_number=P3333.1.1/D1, June 2014; status=Inactive; modifier=Draft</locator>
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          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:30:44+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:44+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.1/D1, June 2014**（IEEE Approved Draft Standard for the Quality of Experience (QoE) and Visual Comfort Assessments of Three Dimensional (3D) Contents Based on Psychophysical Studies）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2015 年，主题领域包括 Bioengineering、Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-1-1-d1-june-2014.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
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      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2015</year>
        <precision>year</precision>
        <display>2015年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
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      <rankingEntries></rankingEntries>
      <id>work_ieee_p3333_1_1_d2_may_2022</id>
      <type>work</type>
      <title>IEEE Std P3333.1.1/D2, May 2022</title>
      <slug>ieee-std-p3333-1-1-d2-may-2022</slug>
      <aliases>
        <alias>P3333.1.1/D2, May 2022</alias>
        <alias>P3333.1.1/D2, May 2022 - IEEE Draft Standard for Quality of Experience (QoE) and Visual-Comfort Assessments of Three-Dimensional (3D) Contents Based on Psychophysical Studies</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3333.1.1/D2, May 2022 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Quality of Experience (QoE) and Visual-Comfort Assessments of Three-Dimensional (3D) Contents Based on Psychophysical Studies”；公开目录标为非现行（Inactive），著录年份为 2022 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3333.1.1/D2, May 2022 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9786702</url>
          <locator>standard_number=P3333.1.1/D2, May 2022; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:44+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:44+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.1/D2, May 2022**（IEEE Draft Standard for Quality of Experience (QoE) and Visual-Comfort Assessments of Three-Dimensional (3D) Contents Based on Psychophysical Studies）是[[organization_ieee|电气电子工程师学会]]于 2022 年 5 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、General Topics for Engineers、Bioengineering[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-1-1-d2-may-2022.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2022</year>
        <precision>year</precision>
        <display>2022年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
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      <id>work_ieee_p3328_d3_3_dec_2024</id>
      <type>work</type>
      <title>IEEE Std P3328/D3.3, Dec 2024</title>
      <slug>ieee-std-p3328-d3-3-dec-2024</slug>
      <aliases>
        <alias>P3328/D3.3, Dec 2024</alias>
        <alias>P3328/D3.3, Dec 2024 - IEEE Approved Draft Recommended Practice for Use of Wheeled Robots for Substation Inspection</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3328/D3.3, Dec 2024 是电气电子工程师学会的草案，题为“IEEE Approved Draft Recommended Practice for Use of Wheeled Robots for Substation Inspection”；公开目录标为非现行（Inactive），著录年份为 2025 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3328/D3.3, Dec 2024 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10797709</url>
          <locator>standard_number=P3328/D3.3, Dec 2024; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:43+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:43+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3328/D3.3, Dec 2024**（IEEE Approved Draft Recommended Practice for Use of Wheeled Robots for Substation Inspection）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2025 年，主题领域包括 Power, Energy and Industry Applications、Robotics and Control Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3328-d3-3-dec-2024.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2025</year>
        <precision>year</precision>
        <display>2025年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
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      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p3328_d3_2_nov_2024</id>
      <type>work</type>
      <title>IEEE Std P3328/D3.2, Nov 2024</title>
      <slug>ieee-std-p3328-d3-2-nov-2024</slug>
      <aliases>
        <alias>P3328/D3.2, Nov 2024</alias>
        <alias>P3328/D3.2, Nov 2024 - IEEE Draft Recommended Practice for Use of Wheeled Robots for Substation Inspection</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3328/D3.2, Nov 2024 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Use of Wheeled Robots for Substation Inspection”；公开目录标为非现行（Inactive），著录年份为 2024 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3328/D3.2, Nov 2024 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10770174</url>
          <locator>standard_number=P3328/D3.2, Nov 2024; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:42+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:42+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3328/D3.2, Nov 2024**（IEEE Draft Recommended Practice for Use of Wheeled Robots for Substation Inspection）是[[organization_ieee|电气电子工程师学会]]于 2024 年 11 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Robotics and Control Systems、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3328-d3-2-nov-2024.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2024</year>
        <precision>year</precision>
        <display>2024年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p3328_d3_jul_2024</id>
      <type>work</type>
      <title>IEEE Std P3328/D3, Jul 2024</title>
      <slug>ieee-std-p3328-d3-jul-2024</slug>
      <aliases>
        <alias>P3328/D3, Jul 2024</alias>
        <alias>P3328/D3, Jul 2024 - IEEE Draft Recommended Practice for Use of Wheeled Robots for Substation Inspection</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3328/D3, Jul 2024 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Use of Wheeled Robots for Substation Inspection”；公开目录标为非现行（Inactive），著录年份为 2024 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3328/D3, Jul 2024 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10667035</url>
          <locator>standard_number=P3328/D3, Jul 2024; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:41+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:41+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3328/D3, Jul 2024**（IEEE Draft Recommended Practice for Use of Wheeled Robots for Substation Inspection）是[[organization_ieee|电气电子工程师学会]]于 2024 年 7 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Robotics and Control Systems、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3328-d3-jul-2024.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2024</year>
        <precision>year</precision>
        <display>2024年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7002_d9_dec_2021</id>
      <type>work</type>
      <title>IEEE Std P7002/D9, Dec 2021</title>
      <slug>ieee-std-p7002-d9-dec-2021</slug>
      <aliases>
        <alias>P7002/D9, Dec 2021</alias>
        <alias>P7002/D9, Dec 2021 - IEEE Approved Draft Standard for Data Privacy Process</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7002/D9, Dec 2021 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard for Data Privacy Process”；公开目录标为非现行（Inactive），著录年份为 2022 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7002/D9, Dec 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9642953</url>
          <locator>standard_number=P7002/D9, Dec 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:39+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:39+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7002/D9, Dec 2021**（IEEE Approved Draft Standard for Data Privacy Process）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2022 年，主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7002-d9-dec-2021.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2022</year>
        <precision>year</precision>
        <display>2022年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7003_d1_4_may_2024</id>
      <type>work</type>
      <title>IEEE Std P7003/D1.4, May 2024</title>
      <slug>ieee-std-p7003-d1-4-may-2024</slug>
      <aliases>
        <alias>P7003/D1.4, May 2024</alias>
        <alias>P7003/D1.4, May 2024 - IEEE Draft Standard for Algorithmic Bias Considerations</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7003/D1.4, May 2024 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Algorithmic Bias Considerations”；公开目录标为非现行（Inactive），著录年份为 2024 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7003/D1.4, May 2024 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10811797</url>
          <locator>standard_number=P7003/D1.4, May 2024; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:39+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:39+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7003/D1.4, May 2024**（IEEE Draft Standard for Algorithmic Bias Considerations）是[[organization_ieee|电气电子工程师学会]]于 2024 年 5 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7003-d1-4-may-2024.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2024</year>
        <precision>year</precision>
        <display>2024年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7003_d1_5_dec_2024</id>
      <type>work</type>
      <title>IEEE Std P7003/D1.5, Dec 2024</title>
      <slug>ieee-std-p7003-d1-5-dec-2024</slug>
      <aliases>
        <alias>P7003/D1.5, Dec 2024</alias>
        <alias>P7003/D1.5, Dec 2024 - IEEE Approved Draft Standard for Algorithmic Bias Considerations</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7003/D1.5, Dec 2024 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard for Algorithmic Bias Considerations”；公开目录标为非现行（Inactive），著录年份为 2024 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7003/D1.5, Dec 2024 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10810317</url>
          <locator>standard_number=P7003/D1.5, Dec 2024; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:39+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:39+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7003/D1.5, Dec 2024**（IEEE Approved Draft Standard for Algorithmic Bias Considerations）是[[organization_ieee|电气电子工程师学会]]于 2024 年 12 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、General Topics for Engineers[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7003-d1-5-dec-2024.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2024</year>
        <precision>year</precision>
        <display>2024年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7005_d5_nov_2020</id>
      <type>work</type>
      <title>IEEE Std P7005/D5, Nov 2020</title>
      <slug>ieee-std-p7005-d5-nov-2020</slug>
      <aliases>
        <alias>P7005/D5, Nov 2020</alias>
        <alias>P7005/D5, Nov 2020 - IEEE Draft Standard for Transparent Employer Data Governance</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7005/D5, Nov 2020 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Transparent Employer Data Governance”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7005/D5, Nov 2020 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9321784</url>
          <locator>standard_number=P7005/D5, Nov 2020; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:39+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:39+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7005/D5, Nov 2020**（IEEE Draft Standard for Transparent Employer Data Governance）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2021 年，主题领域包括 Computing and Processing、General Topics for Engineers[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7005-d5-nov-2020.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
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      <rankingColumns></rankingColumns>
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      <id>work_ieee_p7002_d7_feb_2021</id>
      <type>work</type>
      <title>IEEE Std P7002/D7, Feb 2021</title>
      <slug>ieee-std-p7002-d7-feb-2021</slug>
      <aliases>
        <alias>P7002/D7, Feb 2021</alias>
        <alias>P7002/D7, Feb 2021 - IEEE Draft Standard for Data Privacy Process</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7002/D7, Feb 2021 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Data Privacy Process”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7002/D7, Feb 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9360680</url>
          <locator>standard_number=P7002/D7, Feb 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:38+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:38+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7002/D7, Feb 2021**（IEEE Draft Standard for Data Privacy Process）是[[organization_ieee|电气电子工程师学会]]于 2021 年 2 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7002-d7-feb-2021.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7002_d8_sept_2021</id>
      <type>work</type>
      <title>IEEE Std P7002/D8, Sept 2021</title>
      <slug>ieee-std-p7002-d8-sept-2021</slug>
      <aliases>
        <alias>P7002/D8, Sept 2021</alias>
        <alias>P7002/D8, Sept 2021 - IEEE Draft Standard for Data Privacy Process</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7002/D8, Sept 2021 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Data Privacy Process”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7002/D8, Sept 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9586456</url>
          <locator>standard_number=P7002/D8, Sept 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:38+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:38+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7002/D8, Sept 2021**（IEEE Draft Standard for Data Privacy Process）是[[organization_ieee|电气电子工程师学会]]于 2021 年 9 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7002-d8-sept-2021.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7001_d1_jun_2020</id>
      <type>work</type>
      <title>IEEE Std P7001/D1, Jun 2020</title>
      <slug>ieee-std-p7001-d1-jun-2020</slug>
      <aliases>
        <alias>P7001/D1, Jun 2020</alias>
        <alias>P7001/D1, Jun 2020 - IEEE Draft Standard for Transparency of Autonomous Systems</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7001/D1, Jun 2020 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Transparency of Autonomous Systems”；公开目录标为非现行（Inactive），著录年份为 2020 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7001/D1, Jun 2020 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9206105</url>
          <locator>standard_number=P7001/D1, Jun 2020; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:37+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:37+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7001/D1, Jun 2020**（IEEE Draft Standard for Transparency of Autonomous Systems）是[[organization_ieee|电气电子工程师学会]]于 2020 年 6 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Computing and Processing、Communication, Networking and Broadcast Technologies[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7001-d1-jun-2020.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2020</year>
        <precision>year</precision>
        <display>2020年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7001_d3_sept_2021</id>
      <type>work</type>
      <title>IEEE Std P7001/D3, Sept 2021</title>
      <slug>ieee-std-p7001-d3-sept-2021</slug>
      <aliases>
        <alias>P7001/D3, Sept 2021</alias>
        <alias>P7001/D3, Sept 2021 - IEEE Draft Standard for Transparency of Autonomous Systems</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7001/D3, Sept 2021 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Transparency of Autonomous Systems”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7001/D3, Sept 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9551871</url>
          <locator>standard_number=P7001/D3, Sept 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:37+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:37+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7001/D3, Sept 2021**（IEEE Draft Standard for Transparency of Autonomous Systems）是[[organization_ieee|电气电子工程师学会]]于 2021 年 9 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、Transportation、Robotics and Control Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7001-d3-sept-2021.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7001_d4_oct_2021</id>
      <type>work</type>
      <title>IEEE Std P7001/D4, Oct 2021</title>
      <slug>ieee-std-p7001-d4-oct-2021</slug>
      <aliases>
        <alias>P7001/D4, Oct 2021</alias>
        <alias>P7001/D4, Oct 2021 - IEEE Approved Draft Standard for Transparency of Autonomous Systems</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7001/D4, Oct 2021 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard for Transparency of Autonomous Systems”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7001/D4, Oct 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9574120</url>
          <locator>standard_number=P7001/D4, Oct 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:37+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:37+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7001/D4, Oct 2021**（IEEE Approved Draft Standard for Transparency of Autonomous Systems）是[[organization_ieee|电气电子工程师学会]]于 2021 年 10 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7001-d4-oct-2021.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7000_d3_april_2020</id>
      <type>work</type>
      <title>IEEE Std P7000/D3, April 2020</title>
      <slug>ieee-std-p7000-d3-april-2020</slug>
      <aliases>
        <alias>P7000/D3, April 2020</alias>
        <alias>P7000/D3, April 2020 - IEEE Draft Model Process for Addressing Ethical Concerns During System Design</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7000/D3, April 2020 是电气电子工程师学会的草案，题为“IEEE Draft Model Process for Addressing Ethical Concerns During System Design”；公开目录标为非现行（Inactive），著录年份为 2020 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7000/D3, April 2020 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9064957</url>
          <locator>standard_number=P7000/D3, April 2020; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:36+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:36+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7000/D3, April 2020**（IEEE Draft Model Process for Addressing Ethical Concerns During System Design）是[[organization_ieee|电气电子工程师学会]]于 2020 年 4 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、General Topics for Engineers[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7000-d3-april-2020.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2020</year>
        <precision>year</precision>
        <display>2020年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7000_d5_feb_2021</id>
      <type>work</type>
      <title>IEEE Std P7000/D5, Feb 2021</title>
      <slug>ieee-std-p7000-d5-feb-2021</slug>
      <aliases>
        <alias>P7000/D5, Feb 2021</alias>
        <alias>P7000/D5, Feb 2021 - IEEE Draft Standard for Model Process for Addressing Ethical Concerns During System Design</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7000/D5, Feb 2021 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Model Process for Addressing Ethical Concerns During System Design”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7000/D5, Feb 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9363688</url>
          <locator>standard_number=P7000/D5, Feb 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:36+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:36+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7000/D5, Feb 2021**（IEEE Draft Standard for Model Process for Addressing Ethical Concerns During System Design）是[[organization_ieee|电气电子工程师学会]]于 2021 年 2 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Computing and Processing、General Topics for Engineers[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7000-d5-feb-2021.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p7000_d7_apr_2021</id>
      <type>work</type>
      <title>IEEE Std P7000/D7, Apr 2021</title>
      <slug>ieee-std-p7000-d7-apr-2021</slug>
      <aliases>
        <alias>P7000/D7, Apr 2021</alias>
        <alias>P7000/D7, Apr 2021 - IEEE Draft Model Process for Addressing Ethical Concerns During System Design</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7000/D7, Apr 2021 是电气电子工程师学会的草案，题为“IEEE Draft Model Process for Addressing Ethical Concerns During System Design”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7000/D7, Apr 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9410480</url>
          <locator>standard_number=P7000/D7, Apr 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:36+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:36+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7000/D7, Apr 2021**（IEEE Draft Model Process for Addressing Ethical Concerns During System Design）是[[organization_ieee|电气电子工程师学会]]于 2021 年 4 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Computing and Processing、General Topics for Engineers[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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      <title>IEEE Std P7-4.3.2_D3, Jan 2010</title>
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        <alias>P7-4.3.2_D3, Jan 2010</alias>
        <alias>P7-4.3.2_D3, Jan 2010 - IEEE Draft Standard Criteria for Digital Computers in Safety Systems of Nuclear Power Generating Stations</alias>
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      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7-4.3.2_D3, Jan 2010 是电气电子工程师学会的草案，题为“IEEE Draft Standard Criteria for Digital Computers in Safety Systems of Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2010 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
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          <id>s1</id>
          <title>IEEE Std P7-4.3.2_D3, Jan 2010 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=5407640</url>
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      <updatedAt>2026-11-01T22:30:35+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7-4.3.2_D3, Jan 2010**（IEEE Draft Standard Criteria for Digital Computers in Safety Systems of Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]于 2010 年 1 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、Nuclear Engineering[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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      <language>英语</language>
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      <title>IEEE Std P7-4.3.2/D5, Jan 2026</title>
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      <summary>IEEE Std P7-4.3.2/D5, Jan 2026 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2026 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
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      <tags>
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          <id>s1</id>
          <title>IEEE Std P7-4.3.2/D5, Jan 2026 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=11417484</url>
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          <author>IEEE</author>
          <date>2026-11-01</date>
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      <updatedAt>2026-11-01T22:30:35+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7-4.3.2/D5, Jan 2026**（IEEE Approved Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]于 2026 年 1 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、Components, Circuits, Devices and Systems、Nuclear Engineering[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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        <display>2026年</display>
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      <summary>IEEE Std P7-4.3.2/D3, Sep 2015 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2016 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
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          <id>s1</id>
          <title>IEEE Std P7-4.3.2/D3, Sep 2015 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=7275059</url>
          <locator>standard_number=P7-4.3.2/D3, Sep 2015; status=Inactive; modifier=Draft</locator>
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          <author>IEEE</author>
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          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <updatedAt>2026-11-01T22:30:34+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7-4.3.2/D3, Sep 2015**（IEEE Approved Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2016 年，主题领域包括 Nuclear Engineering、Power, Energy and Industry Applications、Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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        <display>2016年</display>
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      <language>英语</language>
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      <id>work_ieee_p7_4_3_2_d4_feb_2010</id>
      <type>work</type>
      <title>IEEE Std P7-4.3.2/D4, Feb 2010</title>
      <slug>ieee-std-p7-4-3-2-d4-feb-2010</slug>
      <aliases>
        <alias>P7-4.3.2/D4, Feb 2010</alias>
        <alias>P7-4.3.2/D4, Feb 2010 - IEEE Draft Standard Criteria for Digital Computers in Safety Systems of Nuclear Power Generating Stations</alias>
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      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7-4.3.2/D4, Feb 2010 是电气电子工程师学会的草案，题为“IEEE Draft Standard Criteria for Digital Computers in Safety Systems of Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2010 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
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      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7-4.3.2/D4, Feb 2010 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=5434875</url>
          <locator>standard_number=P7-4.3.2/D4, Feb 2010; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <updatedAt>2026-11-01T22:30:34+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7-4.3.2/D4, Feb 2010**（IEEE Draft Standard Criteria for Digital Computers in Safety Systems of Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]于 2010 年 2 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Nuclear Engineering、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7-4-3-2-d4-feb-2010.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
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      <workKind>standard</workKind>
      <published>
        <year>2010</year>
        <precision>year</precision>
        <display>2010年</display>
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      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p7_4_3_2_d4_june_2025</id>
      <type>work</type>
      <title>IEEE Std P7-4.3.2/D4, June 2025</title>
      <slug>ieee-std-p7-4-3-2-d4-june-2025</slug>
      <aliases>
        <alias>P7-4.3.2/D4, June 2025</alias>
        <alias>P7-4.3.2/D4, June 2025 - IEEE Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations</alias>
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      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7-4.3.2/D4, June 2025 是电气电子工程师学会的草案，题为“IEEE Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2025 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
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      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7-4.3.2/D4, June 2025 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=11345633</url>
          <locator>standard_number=P7-4.3.2/D4, June 2025; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <updatedAt>2026-11-01T22:30:34+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7-4.3.2/D4, June 2025**（IEEE Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]于 2025 年 6 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、Components, Circuits, Devices and Systems、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7-4-3-2-d4-june-2025.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
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        <year>2025</year>
        <precision>year</precision>
        <display>2025年</display>
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      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p693a_d2_aug_2023</id>
      <type>work</type>
      <title>IEEE Std P693a/D2, Aug 2023</title>
      <slug>ieee-std-p693a-d2-aug-2023</slug>
      <aliases>
        <alias>P693a/D2, Aug 2023</alias>
        <alias>P693a/D2, Aug 2023 - IEEE Draft Recommended Practice for Seismic Design of Substations Amendment: Alterations of Transformers and Select Appendages, Surge Arresters, Response Spectra, Time Histories, </alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P693a/D2, Aug 2023 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Seismic Design of Substations Amendment: Alterations of Transformers and Select Appendages, Surge Arresters, Response Spectra, Time Histories,”；公开目录标为非现行（Inactive），著录年份为 2023 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P693a/D2, Aug 2023 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10231046</url>
          <locator>standard_number=P693a/D2, Aug 2023; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:30:33+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:33+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P693a/D2, Aug 2023**（IEEE Draft Recommended Practice for Seismic Design of Substations Amendment: Alterations of Transformers and Select Appendages, Surge Arresters, Response Spectra, Time Histories,）是[[organization_ieee|电气电子工程师学会]]于 2023 年 8 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Geoscience、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p693a-d2-aug-2023.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
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        <lang>zh</lang>
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        <precision>year</precision>
        <display>2023年</display>
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      <language>英语</language>
      <creators></creators>
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      <id>work_ieee_p7_4_3_2_d2_apr_2015</id>
      <type>work</type>
      <title>IEEE Std P7-4.3.2/D2, Apr 2015</title>
      <slug>ieee-std-p7-4-3-2-d2-apr-2015</slug>
      <aliases>
        <alias>P7-4.3.2/D2, Apr 2015</alias>
        <alias>P7-4.3.2/D2, Apr 2015 - IEEE Approved Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7-4.3.2/D2, Apr 2015 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2015 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P7-4.3.2/D2, Apr 2015 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=7084080</url>
          <locator>standard_number=P7-4.3.2/D2, Apr 2015; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
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      <createdAt>2026-11-01T22:30:33+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:33+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7-4.3.2/D2, Apr 2015**（IEEE Approved Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]于 2015 年 4 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Nuclear Engineering、Power, Energy and Industry Applications、Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p7-4-3-2-d2-apr-2015.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
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      <workKind>standard</workKind>
      <published>
        <year>2015</year>
        <precision>year</precision>
        <display>2015年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p7_4_3_2_d3_apr_2025</id>
      <type>work</type>
      <title>IEEE Std P7-4.3.2/D3, Apr 2025</title>
      <slug>ieee-std-p7-4-3-2-d3-apr-2025</slug>
      <aliases>
        <alias>P7-4.3.2/D3, Apr 2025</alias>
        <alias>P7-4.3.2/D3, Apr 2025 - IEEE Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations</alias>
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      <previousSlugs></previousSlugs>
      <summary>IEEE Std P7-4.3.2/D3, Apr 2025 是电气电子工程师学会的草案，题为“IEEE Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations”；公开目录标为非现行（Inactive），著录年份为 2025 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
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          <id>s1</id>
          <title>IEEE Std P7-4.3.2/D3, Apr 2025 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10998967</url>
          <locator>standard_number=P7-4.3.2/D3, Apr 2025; status=Inactive; modifier=Draft</locator>
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          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <updatedAt>2026-11-01T22:30:33+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P7-4.3.2/D3, Apr 2025**（IEEE Draft Standard Criteria for Programmable Digital Devices in Safety Systems of Nuclear Power Generating Stations）是[[organization_ieee|电气电子工程师学会]]于 2025 年 4 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Nuclear Engineering、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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        <precision>year</precision>
        <display>2025年</display>
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      <language>英语</language>
      <creators></creators>
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      <slug>ieee-std-p3328-1-d2-feb-2026</slug>
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        <alias>P3328.1/D2, Feb 2026</alias>
        <alias>P3328.1/D2, Feb 2026 - IEEE Draft Recommended Practice for Quality Assessment of Wheeled Robots for Substation Inspection</alias>
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      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3328.1/D2, Feb 2026 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Quality Assessment of Wheeled Robots for Substation Inspection”；公开目录标为非现行（Inactive），著录年份为 2026 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
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      <sources>
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          <id>s1</id>
          <title>IEEE Std P3328.1/D2, Feb 2026 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=11417487</url>
          <locator>standard_number=P3328.1/D2, Feb 2026; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:30:32+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:32+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3328.1/D2, Feb 2026**（IEEE Draft Recommended Practice for Quality Assessment of Wheeled Robots for Substation Inspection）是[[organization_ieee|电气电子工程师学会]]于 2026 年 2 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Power, Energy and Industry Applications、Robotics and Control Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
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        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2026</year>
        <precision>year</precision>
        <display>2026年</display>
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      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p693_d9</id>
      <type>work</type>
      <title>IEEE Std P693/D9</title>
      <slug>ieee-std-p693-d9</slug>
      <aliases>
        <alias>P693/D9</alias>
        <alias>P693/D9 - Unapproved Draft IEEE Recommended Practices for Seismic Design of Substations Superseded by P693/D10</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P693/D9 是电气电子工程师学会的草案，题为“Unapproved Draft IEEE Recommended Practices for Seismic Design of Substations Superseded by P693/D10”；公开目录标为非现行（Inactive），著录年份为 2004 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P693/D9 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=4040886</url>
          <locator>standard_number=P693/D9; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:30:32+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:32+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P693/D9**（Unapproved Draft IEEE Recommended Practices for Seismic Design of Substations Superseded by P693/D10）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2004 年，主题领域包括 Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p693-d9.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2004</year>
        <precision>year</precision>
        <display>2004年</display>
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      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p693a_d1_aug_2022</id>
      <type>work</type>
      <title>IEEE Std P693a/D1, Aug 2022</title>
      <slug>ieee-std-p693a-d1-aug-2022</slug>
      <aliases>
        <alias>P693a/D1, Aug 2022</alias>
        <alias>P693a/D1, Aug 2022 - IEEE Draft Recommended Practice for Seismic Design of Substations Amendment: Alterations of Transformers and Select Appendages, Surge Arresters, Response Spectra, Time Histories, </alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P693a/D1, Aug 2022 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Seismic Design of Substations Amendment: Alterations of Transformers and Select Appendages, Surge Arresters, Response Spectra, Time Histories,”；公开目录标为非现行（Inactive），著录年份为 2022 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P693a/D1, Aug 2022 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9894393</url>
          <locator>standard_number=P693a/D1, Aug 2022; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:30:32+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:32+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P693a/D1, Aug 2022**（IEEE Draft Recommended Practice for Seismic Design of Substations Amendment: Alterations of Transformers and Select Appendages, Surge Arresters, Response Spectra, Time Histories,）是[[organization_ieee|电气电子工程师学会]]于 2022 年 8 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Geoscience、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p693a-d1-aug-2022.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2022</year>
        <precision>year</precision>
        <display>2022年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p3327_d1_2_oct_2024</id>
      <type>work</type>
      <title>IEEE Std P3327/D1.2, Oct 2024</title>
      <slug>ieee-std-p3327-d1-2-oct-2024</slug>
      <aliases>
        <alias>P3327/D1.2, Oct 2024</alias>
        <alias>P3327/D1.2, Oct 2024 - IEEE Draft Recommended Practice for Use of an Unmanned Aerial Vehicle for Substation Inspection</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3327/D1.2, Oct 2024 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Use of an Unmanned Aerial Vehicle for Substation Inspection”；公开目录标为非现行（Inactive），著录年份为 2024 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3327/D1.2, Oct 2024 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10735125</url>
          <locator>standard_number=P3327/D1.2, Oct 2024; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:31+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:31+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3327/D1.2, Oct 2024**（IEEE Draft Recommended Practice for Use of an Unmanned Aerial Vehicle for Substation Inspection）是[[organization_ieee|电气电子工程师学会]]于 2024 年 10 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Aerospace、Transportation、Robotics and Control Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3327-d1-2-oct-2024.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2024</year>
        <precision>year</precision>
        <display>2024年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p3327_d1_3_nov_2024</id>
      <type>work</type>
      <title>IEEE Std P3327/D1.3, Nov 2024</title>
      <slug>ieee-std-p3327-d1-3-nov-2024</slug>
      <aliases>
        <alias>P3327/D1.3, Nov 2024</alias>
        <alias>P3327/D1.3, Nov 2024 - IEEE Approved Draft Recommended Practice for Use of an Unmanned Aerial Vehicle for Substation Inspection</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3327/D1.3, Nov 2024 是电气电子工程师学会的草案，题为“IEEE Approved Draft Recommended Practice for Use of an Unmanned Aerial Vehicle for Substation Inspection”；公开目录标为非现行（Inactive），著录年份为 2025 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3327/D1.3, Nov 2024 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10756181</url>
          <locator>standard_number=P3327/D1.3, Nov 2024; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:31+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:31+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3327/D1.3, Nov 2024**（IEEE Approved Draft Recommended Practice for Use of an Unmanned Aerial Vehicle for Substation Inspection）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2025 年，主题领域包括 Aerospace、Transportation、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3327-d1-3-nov-2024.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2025</year>
        <precision>year</precision>
        <display>2025年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p693_d16_june_2017</id>
      <type>work</type>
      <title>IEEE Std P693/D16, June 2017</title>
      <slug>ieee-std-p693-d16-june-2017</slug>
      <aliases>
        <alias>P693/D16, June 2017</alias>
        <alias>P693/D16, June 2017 - IEEE Draft Recommended Practice for Seismic Design of Substations</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P693/D16, June 2017 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Seismic Design of Substations”；公开目录标为非现行（Inactive），著录年份为 2017 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P693/D16, June 2017 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=8065146</url>
          <locator>standard_number=P693/D16, June 2017; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:31+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:31+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P693/D16, June 2017**（IEEE Draft Recommended Practice for Seismic Design of Substations）是[[organization_ieee|电气电子工程师学会]]于 2017 年 6 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Geoscience、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p693-d16-june-2017.html</url>
      <lang>en</lang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2017</year>
        <precision>year</precision>
        <display>2017年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p693_d17_nov_2017</id>
      <type>work</type>
      <title>IEEE Std P693/D17, Nov 2017</title>
      <slug>ieee-std-p693-d17-nov-2017</slug>
      <aliases>
        <alias>P693/D17, Nov 2017</alias>
        <alias>P693/D17, Nov 2017 - IEEE Draft Recommended Practice for Seismic Design of Substations</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P693/D17, Nov 2017 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Seismic Design of Substations”；公开目录标为非现行（Inactive），著录年份为 2018 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P693/D17, Nov 2017 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=8197395</url>
          <locator>standard_number=P693/D17, Nov 2017; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:31+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:31+08:00</updatedAt>
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