A networking protocol for UV communication networks based on adaptive message compression

Existing networking protocols for ultraviolet communication networks suffer from insufficient reliability, along with shortcomings in ensuring message transmission continuity and controlling failure rates. This paper proposes the enhanced ultraviolet large-scale communication networking (eUVLSCN) protocol. Firstly, a message-based simulation model is established, and network performance evaluation criteria centered on message transmission rate and message transmission success rate are put forward. Secondly, the frame structure is optimized, and message fields are added to ensure continuous message transmission. Meanwhile, an adaptive message compression algorithm is designed to dynamically adjust the compression ratio based on the message size and the transmission distance between source and destination nodes. Simulation results show that compared with the existing networking protocols for large-scale mobile ultraviolet communication networks, the eUVLSCN protocol achieves a higher message transmission success rate, enhances reliability and flexibility, and provides new insights for network performance optimization.