UDC 614.8
UDC 004.8
This article is devoted to the pressing issue of optimizing personnel management during emergency response operations using modern information technologies. It proposes a concept and approaches to developing cognitive agents designed to support decision-making by emergency managers. The primary objective of the work is to develop a concept for an intelligent system capable of real-time assessment of the operational situation (scale, dynamics of emergency development, availability of resources), analyzing the actions of rescue teams (effectiveness, task completion, psychological state), and predicting further developments. Based on a comprehensive assessment, the cognitive agent will provide the emergency manager with substantiated recommendations for adjusting tasks, redistributing personnel and equipment, preventing critical situations, and minimizing risks to rescuers. The Petri net formalism is used to model the management process. The paper describes the architecture of the proposed system, the principles of agent adaptation to changing conditions, and the mechanisms for integration with existing force and resource management systems. The results obtained can significantly improve the efficiency and effectiveness of emergency response, as well as ensure a more rational use of human resources
likvidaciya chs, avariyno-spasatel'nye formirovanie, upravlencheskie resheniya, kognitivnye agenty, minimizaciya riskov, chelovecheskie resursy
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