IEEE P1920.1/D9, Oct 2022
Use Standard for Aerial Ad Hoc Networks
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About This Item
P1920.1/D9, Oct 2022 is an inactive technical standard focused on the use of standard practices for aerial ad hoc networks. It sits at the intersection of aerospace and communication, networking, and broadcast technologies, where temporary airborne links must support reliable data exchange between aircraft or other airborne platforms. For engineers and buyers, this document helps define a common reference for network behavior, equipment expectations, and system planning in a specialized airborne environment.
About P1920.1/D9, Oct 2022
This standard addresses the technical context of ad hoc networking in the air, where connectivity can change quickly and nodes may join or leave dynamically. P1920.1/D9, Oct 2022 is relevant to design and evaluation work involving communications hardware, embedded processing, and system integration for airborne networking concepts. Its value lies in providing a structured basis for discussing performance, interoperability, and implementation approaches in a domain where link stability, timing, and coordination can be difficult to maintain.
Where is P1920.1/D9, Oct 2022 used?
P1920.1/D9, Oct 2022 is most relevant in aerospace communication systems that depend on airborne node-to-node connectivity, such as aircraft networking studies, experimental platforms, and distributed flight communication concepts. It may also support development work for onboard routing, link management, and data exchange across multiple airborne devices or subsystems. Because the standard is tied to aerial ad hoc networks, it is useful wherever engineers need a common technical reference for wireless networking behavior in flight-related environments.
Importance in practice
In practice, this standard helps teams align design assumptions and reduce uncertainty when evaluating aerial ad hoc network concepts. Using P1920.1/D9, Oct 2022 can support more consistent procurement language, testing plans, and system comparisons, especially when multiple communications or processing components must work together. It is also useful for limiting integration risk, since airborne networking often depends on coordination between dynamic links, timing, and equipment capability. For organizations handling specialized aerospace networking, clear reference material matters.
- Aerial ad hoc network concepts
- Airborne communications and routing
- System design and integration
- Performance and interoperability checks
- Inactive reference document
- Publication Date: 2022
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Aerospace; Communication, Networking and Broadcast Technologies; Components, Circuits, Devices and Systems; Computing and Processing
- Official IEEE: Doi link
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