Advanced Architecture of On-Board Multiplex Information Exchange System to Increase Flight Safety

Issues of aviation flight safety conducted with an on-board information exchange system are discussed. The system information analysis method is used. An analysis of in-flight hazard sources and the means of their elimination from the information exchange point of view are carried out including the influence of the information exchange system's parameters, work algorithm and architecture. The value of information exchange speed on safety in dynamic flight conditions is discussed. A modification of architecture and the information exchange system algorithm are proposed to increase the exchange speed and the whole system's effectiveness based on parallel processing as well as to enhance the probability of successful elimination of an emergency situation.

Automated summary

The discussion focuses on aviation flight safety issues related to an on-board information exchange system. Analysis of potential hazards during flight and ways to eliminate them through optimizing the system's parameters, work algorithm, and architecture are conducted. The importance of information exchange speed in ensuring safety during dynamic flight conditions is emphasized. Improving exchange speed and system effectiveness, as well as enhancing the probability of successfully resolving emergency situations, are proposed through modifications in system architecture and algorithm.