UNMANNED AERIAL VEHICLES APPLICATIONS AND COMMUNICATIONS STANDARDS COMMITTEE (COM/AERCOM SC)
Scope: Unmanned Aerial Vehicles applications, command, control, and communications.
| P/Number | Title | Status | Chair | ||
|---|---|---|---|---|---|
| 1 | IEEE 1936.1 – 2021 | IEEE Standard for Drone Applications Framework | Published in 2021 | Wenjun Han | [email protected] |
| 2 | IEEE 1936.2 – 2023 | IEEE Photogrammetric Technical Standard for Civil Light and Small Unmanned Aircraft Systems for Overhead Transmission Line Engineering | Published in 2023 | Wenjun Han | [email protected] |
| 3 | IEEE 1936.3 – 2025 | IEEE Standard for Unmanned Aircraft Systems (UAS) using Light Detection and Ranging (LiDAR) for above 110 kV Overhead Transmission Line Survey and Design | Published in 2025 | Wenjun Han | [email protected] |
| 4 | IEEE 1936.5 – 2025 | IEEE Standard Technical Requirements for Intelligent Hangar Housing Unmanned Aircraft Systems Used for Power Grid Inspection | Published in 2025 | Licong Ding | [email protected] |
| 5 | IEEE P1936.4 | Standard for Technical Requirements for the Maintenance of Multirotor Unmanned Aircraft Systems Used for Power Grid Inspection | Published in 2025 | Jie Niu | [email protected] |
| 6 | IEEE P1936.6 | Standard for Unmanned Aircraft Systems based Oblique Photogrammetry Used for Survey and Design of 110 kV and Above Power Transmission and Transformation Projects | In Development | Yang Zhang | [email protected] |
| 7 | IEEE P1936.7 | Standard for Mesh Deployment of Multi-Rotor Unmanned Aircraft Systems for Inspection of Overhead Transmission and Distribution and Outdoor Substation Facilities | In Development | Li Zhou | [email protected] |
| 8 | IEEE P1936.8 | Standard for Monitoring of Photovoltaic Power Stations Using Unmanned Aircraft Systems | In Development | Zhengfeng Cheng | [email protected] |
| 9 | IEEE P1936.9 | Standard for Technical Requirements for Electric Unmanned Aircraft Systems for Power Grid Material Lifting | In Development | Liming Ji | [email protected] |
| 10 | IEEE P1936.10 | Recommended Practice for Use of Electric Unmanned Aircraft Systems for Power Grid Material Lifting | In Development | Liming Ji | [email protected] |
| 11 | IEEE P1936.11 | Standard for Requirements of Laying Out Pilot Ropes by Unmanned Aircraft Systems for Overhead Power Line Installations | In Development | Qingquan Ye | [email protected] |
| 12 | IEEE P1936.12 | Standard for Verification of Pilot Line Deployment Devices Based on Unmanned Aircraft Systems for Overhead Power Line Installations | In Development | Renshu Wang | [email protected] |
| 13 | IEEE P1936.13 | Recommended Practice for Image Collection during the Inspection of Overhead Distribution Lines by Unmanned Aircraft Systems | In Development | Lei Yang | [email protected] |
| 14 | IEEE P1936.14 | Standard for Multi-Spectral Scanning of Overhead Transmission Lines by Unmanned Aircraft Systems | In Development | Kegui Guo | [email protected] |
| 15 | IEEE P1936.15 | Standard for a Transmission Protocol for Equipment Status and Control Data for Remote Sensing Networks that Use Unmanned Aerial Systems | In Development | Huanyin Yue | [email protected] |
| 16 | IEEE P1936.16 | Standard for the Inspection of Overhead Transmission Lines by Vertical Take-off and Landing Fixed-wing Unmanned Aircraft Systems (UAS) | In Development | Shaofeng Qian | [email protected] |
| 17 | IEEE P1936.17 | Standard for Multi Unmanned Aircraft System (MUAS) Trajectory Planning for Collaborative Inspection of Overhead Power Lines | In Development | Ping He | |
| 18 | IEEE P1936.18 | Standard for Unmanned Aerial System-Based Multi-Sensor Data Fusion for Power Line Anomaly Detection Applications | In Development | Feng lu | |
| 19 | P1936.20 | Standard for Fault-Risk Identification in Power Lines by Drone LiDAR | In Development | ||
| 20 | IEEE P1936.19 | Recommended Practice for Image Encoding and Decoding in Unmanned Aerial Vehicle Inspection of Overhead Transmission Lines | In Development | Guoliang Zhou | [email protected] |
| 21 | IEEE P1936.21 | Standard for unmanned aerial vehicle (UAV) inspection system of indoor power grid equipment -Part 1: General requirements | In Development | Shun Wu | [email protected] |
| 22 | IEEE 1937.3 – 2024 | IEEE Standard for Flight Data Transmission of Civil Unmanned Aerial Vehicle Based on Short Message Mechanisms | In Development | Yingcheng Li | |
| 23 | IEEE 1937.7 – 2024 | IEEE Standard for the Unmanned Aerial Vehicle (UAV) Polarimetric Remote Sensing Method for Earth Observation Applications | In Development | Lei Yan | [email protected] |
| 24 | IEEE 1937.8 – 2024 | IEEE Recommended Practice for Functional and Interface Specifications for Unmanned Aerial Vehicle (UAV) Cellular Communication Terminals | In Development | Yu Su | [email protected] |
| 25 | IEEE 1937.11 – 2023 | IEEE Standard for Technical Requirements of Polar Coordinate Photogrammetry Based on Unmanned Aircraft Systems | In Development | Lei Yan | [email protected] |
| 26 | IEEE 1937.12 – 2025 | IEEE Standard for Technical Requirements for Emergency Cellular Communication System Based on Fixed-Wing Unmanned Aircraft System | In Development | Yu Su | [email protected] |
| 27 | IEEE 1939.1 – 2021 | IEEE Standard for a Framework for Structuring Low-Altitude Airspace for Unmanned Aerial Vehicle (UAV) Operations | In Development | Xiaohan Liao | |
| 28 | IEEE P1937.5 | Standard for Technical Requirements for Airport Geofencing for Unmanned Aircraft System (UAS) Operation | In Development | jianping Zhang | [email protected] |
| 29 | IEEE P1937.6 | Standard for Unmanned Aerial Vehicle (UAV) Light Detection and Ranging (LiDAR) Remote Sensing Operation | In Development | Xionggang Li | [email protected] |
| 30 | IEEE P1937.9 | Standard for Technical Requirements for Electric Unmanned Aircraft Systems for Power Grid Material Lifting | In Development | Haibin Wang | [email protected] |
| 31 | IEEE P1937.10 | Standard for Functional and Performance Requirements as well as Testing Methods for Unmanned Aerial Vehicles Remote Identification Ground Receiver Equipment | In Development | Xiong Xue | [email protected] |
| 32 | IEEE P1937.13 | Standard for Taxonomy and associated requirements for Unmanned Aircraft System’s autonomy levels | In Development | Chao Xu | [email protected] |
| 33 | IEEE P1937.15 | Standard for Communication Security Requirements for Drone Formation Flying Light Show | In Development | Zhisheng Wang | [email protected] |
| 34 | IEEE P1937.16 | Standard for Civil Unmanned Aerial Systems (UAS) Cybersecurity Framework | In Development | Yunlong Li | [email protected] |
| 35 | IEEE P1937.17 | Standard for specifications for lithium ion cells and batteries used in Unmanned Aircraft | In Development | Penglin He | [email protected] |
| 36 | IEEE P1937.18 | Standard for Unmanned Aerial System-Based Multi-Sensor Data Fusion for Power Line Anomaly Detection Applications | In Development | Penglin He | [email protected] |
| 37 | IEEE P1945 | Standard for Internet of Things (IoT) Computing Edge Computing on Unmanned Aircraft Systems-PART 1 General Requirements | In Development | Haiying Lu | [email protected] |
| 38 | IEEE P1958 | Standard for Hydrogen Fuel Cell Application Framework on Multi-rotor Drones | In Development | Lei Yan | [email protected] |
| 39 | IEEE P1958.5 | Technical Requirements and Testing Methods for Hydrogen Cylinder Valves of Unmanned Aircraft Systems in Low-Temperature (-50℃ to -10℃）Environments | In Development | Lei Wang | [email protected] |