update documents

data/IEEE_P2888.5_D-1-2023-10.yaml

@@ -0,0 +1,83 @@
+---
+schema-version: v1.2.3
+id: IEEEP2888.5-D-1-2023-10
+title:
+- content: IEEE Draft Standard for Virtual Training System Evaluation Methods
+  format: text/plain
+  type: main
+link:
+- content: https://ieeexplore.ieee.org/document/10376440
+  type: src
+type: standard
+docid:
+- id: IEEE P2888.5/D-1-2023-10
+  type: IEEE
+  primary: true
+- id: IEEE P2888.5™/D-1-2023-10
+  type: IEEE
+  scope: trademark
+  primary: true
+- id: 979-8-8557-0402-0
+  type: ISBN
+docnumber: IEEE P2888.5/D-1-2023-10
+date:
+- type: created
+  value: '2023-12-14'
+- type: published
+  value: '2023-12-29'
+- type: issued
+  value: '2023'
+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: '2023-12-29'
+language:
+- en
+script:
+- Latn
+abstract:
+- content: This standard defines the evaluation methods and frameworks for virtual
+    training systems. The evaluation framework consists of a plan, design, data, test,
+    and analysis that can evaluate the virtual training systems' effectiveness, usability
+    and acceptability.
+  language:
+  - en
+  script:
+  - Latn
+  format: text/plain
+docstatus:
+  stage:
+    value: draft
+copyright:
+- owner:
+  - name:
+    - content: Institute of Electrical and Electronics Engineers
+    abbreviation:
+      content: IEEE
+    url: http://www.ieee.org
+  from: '2023'
+keyword:
+- content: virtual training system
+- content: evaluation
+- content: evaluation indicator
+- content: evaluation framework
+doctype: standard
+editorialgroup:
+  committee:
+  - Standards Activities Board Standards Committee of the IEEE Computer Society
+ext:
+  schema-version: v1.0.0
+  standard_status: Active
+  standard_modified: Draft
+  pubstatus: Active
+  holdstatus: Hold

data/IEEE_P81_D-2-2023-12.yaml

@@ -0,0 +1,113 @@
+---
+schema-version: v1.2.3
+id: IEEEP81-D-2-2023-12
+title:
+- content: IEEE Draft Guide for Measuring Earth Resistivity, Ground Impedance, and
+    Earth Surface Potentials of a Grounding System
+  format: text/plain
+  type: main
+link:
+- content: https://ieeexplore.ieee.org/document/10376431
+  type: src
+type: standard
+docid:
+- id: IEEE P81/D-2-2023-12
+  type: IEEE
+  primary: true
+- id: IEEE P81™/D-2-2023-12
+  type: IEEE
+  scope: trademark
+  primary: true
+- id: 979-8-8557-0419-8
+  type: ISBN
+docnumber: IEEE P81/D-2-2023-12
+date:
+- type: created
+  value: '2023-12-28'
+- type: published
+  value: '2023-12-29'
+- type: issued
+  value: '2023'
+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: '2023-12-29'
+language:
+- en
+script:
+- Latn
+abstract:
+- content: Practical test methods and techniques 1 are presented for measuring the
+    electrical characteristics of grounding systems. Topics addressed include safety
+    considerations, measuring earth resistivity, measuring the power system frequency
+    resistance or impedance of the ground system to remote earth, measuring the transient
+    or surge impedance of the ground system to remote earth, measuring touch and step
+    voltages, verifying the integrity of the grounding system, reviewing common methods
+    for performing ground testing, reviewing instrumentation characteristics and limitations,
+    and reviewing various factors that can distort test measurements.
+  language:
+  - en
+  script:
+  - Latn
+  format: text/plain
+docstatus:
+  stage:
+    value: draft
+copyright:
+- owner:
+  - name:
+    - content: Institute of Electrical and Electronics Engineers
+    abbreviation:
+      content: IEEE
+    url: http://www.ieee.org
+  from: '2023'
+relation:
+- type: updates
+  bibitem:
+    id: IEEE81-2012
+    docid:
+    - id: IEEE 81-2012
+      type: IEEE
+      primary: true
+    formattedref:
+      content: IEEE 81-2012
+      format: text/plain
+  description:
+    content: revises
+    language:
+    - en
+    script:
+    - Latn
+    format: text/plain
+keyword:
+- content: electrical measurements
+- content: ground impedance
+- content: ground potential rise
+- content: ground resistance
+- content: ground testing
+- content: IEEE 81TM
+- content: remote earth
+- content: soil resistivity
+doctype: standard
+editorialgroup:
+  committee:
+  - Substations of the IEEE Power and Energy Society
+ics:
+- code: 29.120.50
+  text: Fuses and other overcurrent protection devices
+ext:
+  schema-version: v1.0.0
+  standard_status: Active
+  standard_modified: Draft
+  pubstatus: Active
+  holdstatus: Hold

data/IEEE_PC37.118.2_D-3.27-2023-12.yaml

@@ -0,0 +1,112 @@
+---
+schema-version: v1.2.3
+id: IEEEPC37.118.2-D-3.27-2023-12
+title:
+- content: IEEE Draft Standard for Synchrophasor Data Transfer for Power Systems
+  format: text/plain
+  type: main
+link:
+- content: https://ieeexplore.ieee.org/document/10376437
+  type: src
+type: standard
+docid:
+- id: IEEE PC37.118.2/D-3.27-2023-12
+  type: IEEE
+  primary: true
+- id: IEEE PC37.118.2™/D-3.27-2023-12
+  type: IEEE
+  scope: trademark
+  primary: true
+- id: 979-8-8557-0421-1
+  type: ISBN
+docnumber: IEEE PC37.118.2/D-3.27-2023-12
+date:
+- type: created
+  value: '2023-12-28'
+- type: published
+  value: '2023-12-29'
+- type: issued
+  value: '2023'
+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: '2023-12-29'
+language:
+- en
+script:
+- Latn
+abstract:
+- content: A method for real-time exchange of synchronized phasor measurement data
+    between power system equipment is defined. This standard specifies messaging that
+    can be used with any suitable communication protocol for real-time communication
+    between phasor measurement units (PMU), phasor data concentrators (PDC), and other
+    applications. It defines message types, contents, and use. Data types and formats
+    are specified. A typical measurement system is described. Communication options
+    and requirements are described. Cybersecurity is discussed, and while its importance
+    is acknowledged in the overall system, it is beyond the scope of this standard.
+  language:
+  - en
+  script:
+  - Latn
+  format: text/plain
+docstatus:
+  stage:
+    value: draft
+copyright:
+- owner:
+  - name:
+    - content: Institute of Electrical and Electronics Engineers
+    abbreviation:
+      content: IEEE
+    url: http://www.ieee.org
+  from: '2023'
+relation:
+- type: updates
+  bibitem:
+    id: IEEEC37.118.2-2011
+    docid:
+    - id: IEEE C37.118.2-2011
+      type: IEEE
+      primary: true
+    formattedref:
+      content: IEEE C37.118.2-2011
+      format: text/plain
+  description:
+    content: revises
+    language:
+    - en
+    script:
+    - Latn
+    format: text/plain
+keyword:
+- content: IEEE C37.118.2
+- content: PDC
+- content: phasor
+- content: phasor data concentrator
+- content: phasor measurement unit
+- content: PMU
+- content: synchronized phasor
+- content: synchrophasor
+doctype: standard
+editorialgroup:
+  committee:
+  - Power System Communications and Cybersecurity of the IEEE Power and Energy Society
+ics:
+- code: 17.220.20
+  text: Measurement of electrical and magnetic quantities
+ext:
+  schema-version: v1.0.0
+  standard_status: Active
+  standard_modified: Draft
+  pubstatus: Active
+  holdstatus: Hold