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Homepage>IEEE Standards>49 AIRCRAFT AND SPACE VEHICLE ENGINEERING>49.020 Aircraft and space vehicles in general>IEEE 1937.8-2024 - IEEE Recommended Practice for Functional and Interface Specifications for Unmanned Aerial Vehicle (UAV) Cellular Communication Terminals
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Released: 04.09.2024

IEEE 1937.8-2024 - IEEE Recommended Practice for Functional and Interface Specifications for Unmanned Aerial Vehicle (UAV) Cellular Communication Terminals

IEEE Recommended Practice for Functional and Interface Specifications for Unmanned Aerial Vehicle (UAV) Cellular Communication Terminals

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Standard number:IEEE 1937.8-2024
Released:04.09.2024
ISBN:979-8-8557-1021-2
Pages:23
Status:Active
Language:English
DESCRIPTION

IEEE 1937.8-2024

This recommended practice describes functional specifications and interface specifications for cellular communication terminals in unmanned aerial vehicles (UAV). It provides specifications for hardware, signaling, data interfaces, environmental characteristics, performance, reliability, security, and configuration management.



New IEEE Standard - Active. The interface and functional specifications of cellular communication terminals installed on unmanned aerial vehicle (UAV) are presented in this recommended practice. The specifications are described in four categories: the terminals’ interface and functional specifications, specifications of data transmission, environmental and reliability specifications, and safety practices. The terminals’ functional specifications include power management, cellular network communication, flight data and payload data collection, procession and transmission, device management, and safety management. The terminals’ interface specifications are the specifications of the electrical interface and electromechanical interface. The electrical interface refers to the power supply interface, communication interface, human-machine interface, and antenna interface. Data transmission is the flight data and payload data transmission protocols and terminals’ payload data safety practice. Finally, the terminals’ interface environmental, reliability, and electromagnetic compatibility are presented.