Abstract:
A novel routing approach has been developed for the operational management of information exchange among heterogeneous means in a spatially distributed monitoring and communication system. The approach is based on constructing a global solution by decomposing the system graph into hierarchical levels. This decomposition preserves self-similarity properties and enables independent, recursive problem-solving at each level. The paper presents a theoretical analysis of the methodology's computational complexity, taking into account the potential for parallel computing enabled by the hierarchical structure of the monitoring system.