A Self-Adaptive Retro-FSO Design for Air-to-Ground Communication
A Self-Adaptive Retro-FSO Design for Air-to-Ground Communication
Publication: ACM MobiCom ‘23 - Proceedings of the 29th Annual International Conference on Mobile Computing and Networking
Paper: ACM Digital Library
Authors
Zhe Ou, Zhaofeng Luo, Guanyu Shi, Chenren Xu
Overview
This work presents a novel self-adaptive retroreflective free-space optical (Retro-FSO) communication system designed for high-speed air-to-ground connectivity. The system addresses the challenges of maintaining stable optical links between moving aerial platforms and ground stations.
Key Contributions
- Self-Adaptive Design: Automatic alignment and tracking for mobile platforms
- Retroreflective Technology: Enhanced link reliability and reduced complexity
- Air-to-Ground Focus: Optimized for aerial vehicle communication scenarios
- High-Speed Communication: Enables fast data transfer in challenging environments
Publication Details
Published at ACM MobiCom 2023, one of the premier conferences in mobile computing and wireless networking.
Citation: Zhe Ou, Zhaofeng Luo, Guanyu Shi, and Chenren Xu. 2023. A Self-Adaptive Retro-FSO Design for Air-to-Ground Communication.