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ietf-tools · Aug 5, 2024 · f6f25b2 · f6f25b2
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diff --git a/data/IEEE_1863-2024.yaml b/data/IEEE_1863-2024.yaml
@@ -0,0 +1,112 @@
+---
+schema-version: v1.2.3
+id: IEEE1863-2024
+title:
+- content: IEEE Guide for Overhead Alternating Current (AC) Transmission Line Design
+  format: text/plain
+  type: main
+link:
+- content: https://ieeexplore.ieee.org/document/10622047
+  type: src
+type: standard
+docid:
+- id: IEEE 1863-2024
+  type: IEEE
+  primary: true
+- id: IEEE 1863™-2024
+  type: IEEE
+  scope: trademark
+  primary: true
+- id: 979-8-8557-0997-1
+  type: ISBN
+- id: 10.1109/IEEESTD.2024.10622047
+  type: DOI
+docnumber: IEEE 1863-2024
+date:
+- type: created
+  value: '2024-08-05'
+- type: published
+  value: '2024-08-02'
+- type: issued
+  value: '2024-03-21'
+contributor:
+- organization:
+    name:
+    - content: Institute of Electrical and Electronics Engineers
+    abbreviation:
+      content: IEEE
+    url: http://www.ieee.org
+    contact:
+    - address:
+        city: New York
+        country: USA
+  role:
+  - type: publisher
+revdate: '2024-08-02'
+language:
+- en
+script:
+- Latn
+abstract:
+- content: Covered in this guide are basic principles, methods, and experience for
+    (design of 110 kV to 1000 kV) alternating current (ac) overhead transmission lines.
+    This guide may also be used as a reference for the design of lower-voltage overhead
+    transmission lines. Included in this guide are an introduction, definitions, meteorological
+    design and criteria, electrical design, structural design criteria, design of
+    foundations, experiment results, and design experience. This guide is a listing
+    of the information and procedures that can be referenced during the design of
+    ac transmission lines. Guidance is provided for transmission line designers in
+    the data collection design stage.
+  language:
+  - en
+  script:
+  - Latn
+  format: text/plain
+docstatus:
+  stage:
+    value: approved
+copyright:
+- owner:
+  - name:
+    - content: Institute of Electrical and Electronics Engineers
+    abbreviation:
+      content: IEEE
+    url: http://www.ieee.org
+  from: '2024'
+relation:
+- type: updates
+  bibitem:
+    id: IEEE1863-2019
+    docid:
+    - id: IEEE 1863-2019
+      type: IEEE
+      primary: true
+    formattedref:
+      content: IEEE 1863-2019
+      format: text/plain
+  description:
+    content: revises
+    language:
+    - en
+    script:
+    - Latn
+    format: text/plain
+keyword:
+- content: AC overhead transmission line
+- content: design experience
+- content: electrical design
+- content: IEEE 1863&#8482;
+- content: structure design
+doctype: standard
+editorialgroup:
+  committee:
+  - Entity Collaborative Activities Governance Board of the IEEE SA Board of Governors
+ics:
+- code: 29.240.20
+  text: Power transmission and distribution lines
+ext:
+  schema-version: v1.0.0
+  standard_status: Active
+  standard_modified: Approved
+  pubstatus: Active
+  holdstatus: Publish
diff --git a/data/IEEE_2664-2024.yaml b/data/IEEE_2664-2024.yaml
@@ -0,0 +1,107 @@
+---
+schema-version: v1.2.3
+id: IEEE2664-2024
+title:
+- content: IEEE Standard for Streaming Telemetry Transport Protocol (STTP)
+  format: text/plain
+  type: main
+link:
+- content: https://ieeexplore.ieee.org/document/10620421
+  type: src
+type: standard
+docid:
+- id: IEEE 2664-2024
+  type: IEEE
+  primary: true
+- id: IEEE 2664™-2024
+  type: IEEE
+  scope: trademark
+  primary: true
+- id: 979-8-8557-0967-4
+  type: ISBN
+- id: 10.1109/IEEESTD.2024.10620421
+  type: DOI
+docnumber: IEEE 2664-2024
+date:
+- type: created
+  value: '2024-08-02'
+- type: published
+  value: '2024-08-01'
+- type: issued
+  value: '2024-03-21'
+contributor:
+- organization:
+    name:
+    - content: Institute of Electrical and Electronics Engineers
+    abbreviation:
+      content: IEEE
+    url: http://www.ieee.org
+    contact:
+    - address:
+        city: New York
+        country: USA
+  role:
+  - type: publisher
+revdate: '2024-08-01'
+language:
+- en
+script:
+- Latn
+abstract:
+- content: Streaming Telemetry Transport Protocol (STTP) is defined in this standard.
+    This protocol was initially designed for streaming power system data over Internet
+    protocol (IP) communication systems. It is focused on streaming real-time measurements
+    but can be used with any type of continuously flowing data. It features built-in
+    security and lossless data compression options for efficient transport. It specifies
+    data types and transport control methods using a publish-subscribe architecture
+    for controlled signal-level data access. It uses standard security and transport
+    options, so it is easy to maintain and update. It is highly configurable for time
+    precision, compression level, and packet sizes to optimize the stream within data
+    and transport limitations. It has been proven and refined in several demonstration
+    projects and production environments. Open Source Files are available at https://opensource.ieee.org/sttp/sttp/
+  language:
+  - en
+  script:
+  - Latn
+  format: text/plain
+docstatus:
+  stage:
+    value: approved
+copyright:
+- owner:
+  - name:
+    - content: Institute of Electrical and Electronics Engineers
+    abbreviation:
+      content: IEEE
+    url: http://www.ieee.org
+  from: '2024'
+keyword:
+- content: IEEE Standards
+- content: Real-time systems
+- content: Streaming media
+- content: Phasor measurement units
+- content: Time series analysis
+- content: Telemetry
+- content: IEEE 2664&#8482;
+- content: IEEE C37.118&#8482;
+- content: PDC
+- content: phasor
+- content: phasor data concentrator
+- content: phasor measurement unit
+- content: PMU
+- content: real-time data
+- content: streaming data
+- content: streaming telemetry
+- content: STTP
+- content: synchrophasor
+- content: time-series data
+doctype: standard
+editorialgroup:
+  committee:
+  - Power System Communications and Cybersecurity of the IEEE Power and Energy Society
+ext:
+  schema-version: v1.0.0
+  standard_status: Active
+  standard_modified: Approved
+  pubstatus: Active
+  holdstatus: Publish
diff --git a/data/IEEE_3333.1.2-2017.yaml b/data/IEEE_3333.1.2-2017.yaml
@@ -24,8 +24,6 @@ docid:
   type: DOI
 docnumber: IEEE 3333.1.2-2017
 date:
-- type: updated
-  value: '2020-09-25'
 - type: created
   value: '2018'
 - type: published
@@ -62,9 +60,6 @@ abstract:
   script:
   - Latn
   format: text/plain
-docstatus:
-  stage:
-    value: approved
 copyright:
 - owner:
   - name:
@@ -85,7 +80,7 @@ keyword:
 - content: foveation
 - content: human visual system
 - content: HVS
-- content: IEEE 3333.1.2&#8482;
+- content: IEEE 3333.1.2
 - content: quality assessment
 - content: QoE
 - content: quality of experience
@@ -102,10 +97,12 @@ keyword:
 doctype: standard
 editorialgroup:
   committee:
-  - Standards Activities Board of the IEEE Computer Society
+  - Standards Activities Board Standards Committee of the IEEE Computer Society
+ics:
+- code: '33.170'
+  text: Television and radio broadcasting
 ext:
   schema-version: v1.0.0
-  standard_status: Active
-  standard_modified: Approved
+  standard_status: Superseded
   pubstatus: Active
   holdstatus: Publish
diff --git a/data/IEEE_3333.1.2-2024.yaml b/data/IEEE_3333.1.2-2024.yaml
@@ -0,0 +1,130 @@
+---
+schema-version: v1.2.3
+id: IEEE3333.1.2-2024
+title:
+- content: IEEE Standard for the Perceptual Quality Assessment of Three Dimensional
+    (3D), Ultra-High Definition (UHD) and High Dynamic Range (HDR) Contents
+  format: text/plain
+  type: main
+link:
+- content: https://ieeexplore.ieee.org/document/10620424
+  type: src
+type: standard
+docid:
+- id: IEEE 3333.1.2-2024
+  type: IEEE
+  primary: true
+- id: IEEE 3333.1.2™-2024
+  type: IEEE
+  scope: trademark
+  primary: true
+- id: 979-8-8557-0932-2
+  type: ISBN
+- id: 10.1109/IEEESTD.2024.10620424
+  type: DOI
+docnumber: IEEE 3333.1.2-2024
+date:
+- type: created
+  value: '2024-08-02'
+- type: published
+  value: '2024-08-01'
+- type: issued
+  value: '2024-02-15'
+contributor:
+- organization:
+    name:
+    - content: Institute of Electrical and Electronics Engineers
+    abbreviation:
+      content: IEEE
+    url: http://www.ieee.org
+    contact:
+    - address:
+        city: New York
+        country: USA
+  role:
+  - type: publisher
+revdate: '2024-08-01'
+language:
+- en
+script:
+- Latn
+abstract:
+- content: The world is witnessing a rapid advance in stereoscopic 3D (S3D), and ultra-high
+    definition (UHD) technology. As a result, there is a need for accurate, quality,
+    and visual comfort assessment techniques to foster the display device industry,
+    as well as signal processing areas. Thorough assessments with respect to the human
+    visual system (HVS) for S3D and UHD contents are presented in this standard. Moreover,
+    several image and video databases are also publicly provided for any research
+    purpose.
+  language:
+  - en
+  script:
+  - Latn
+  format: text/plain
+docstatus:
+  stage:
+    value: approved
+copyright:
+- owner:
+  - name:
+    - content: Institute of Electrical and Electronics Engineers
+    abbreviation:
+      content: IEEE
+    url: http://www.ieee.org
+  from: '2024'
+relation:
+- type: updates
+  bibitem:
+    id: IEEE3333.1.2-2017
+    docid:
+    - id: IEEE 3333.1.2-2017
+      type: IEEE
+      primary: true
+    formattedref:
+      content: IEEE 3333.1.2-2017
+      format: text/plain
+  description:
+    content: revises
+    language:
+    - en
+    script:
+    - Latn
+    format: text/plain
+keyword:
+- content: IEEE Standards
+- content: Visualization
+- content: Quality assessment
+- content: Quality of experience
+- content: Saliency detection
+- content: Stereo image processing
+- content: High definition video
+- content: accommodation and vergence conflict
+- content: foveation
+- content: human visual system
+- content: HVS
+- content: IEEE 3333.1.2&#8482;
+- content: quality assessment
+- content: quality of experience
+- content: QoE
+- content: saliency detection
+- content: stereoscopic
+- content: stereoscopic display
+- content: subjective assessment
+- content: UHD
+- content: UHD display
+- content: ultra-high definition
+- content: visual contents analysis
+- content: visual (dis)comfort
+doctype: standard
+editorialgroup:
+  committee:
+  - Standards Activities Board Standards Committee of the IEEE Computer Society
+ics:
+- code: '33.170'
+  text: Television and radio broadcasting
+ext:
+  schema-version: v1.0.0
+  standard_status: Active
+  standard_modified: Approved
+  pubstatus: Active
+  holdstatus: Publish