Abstract
In order to develop the scientific and technical foundations of creating an artificial intelligence system for monitoring terrorist acts, the paper presents the results of a study of the amplitude-frequency spectra of acoustic emission (AE) of the combustion process of cellulose-containing materials (as one of the main materials used to carry out arson and attacks in organizing terrorist actions in the form of law and order violations in the local territory) of various physicochemical composition. The technical implementation of this effect in the development of automated devices for monitoring acoustic space as part of an operational monitoring system for the terrorist zone, aimed at early identification of the sources of terrorist threats to the normal functioning of the local territory of the state.
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