Dynamic information algorithm for unified processes

Anisimov Timofey Igorevich

The purpose of the article is to solve the problems of frequency conflicts in systems with process unification. The method of solving this problem was the development of an algorithm that takes into account the three-level prioritization of events within the system. The result of the work is a ready-made algorithm, the output data of which are processed sounds, taking into account the resolution of frequency conflicts and the metadata of their intersection, as well as an integral file with all processed sounds. This algorithm can be integrated as an event processing module before playback in systems with multiple independent processes occurring simultaneously.

Keywords:sonification, mixing, sound