Intelligent Decision Support System for Fire Extinguishing Radioactive Waste
The purpose of the article is to identify key concepts and components of an intelligent decision support system (ISSPPR) for fire suppression of radioactive waste (RW), based on the simulation of a transient emergency situation (fire), as a complex dynamic process, taking into account causal relationships. The objectives are to analyze the features of the ISPP creation during the fire extinguishing of radioactive waste, to formalize the ISPP tasks in a mathematical form, to develop a block diagram of the fire monitoring of the RW with the ISSP module. The hypothesis of the study is thatthe use of ISPPR during fire extinguishing of radioactive waste allows making effective management decisions and reducing fire losses. Methods: mathematical modeling, analysis, synthesis, graphic method. The results are as follows: the use of ISPRS for fire extinguishing of RW makes it possible to respond timely to an emergency situation from the rescue services, as well as to reduce losses and negative consequences for people and the environment tenfold.