Decision-making algorithm for the optimal installation of receiving antennas of stationary hydroacoustic communication systems for dispatching geospatial processes

The article considers metrological aspects of decision-making on the installation of receiving antennas of stationary hydroacoustic communication systems at the stage of designing the infrastructure for dispatching spatial processes based on modeling and visualization of expected receiving zones using intelligent geoinformation systems. The issues of intellectual decision support for optimal spatial installation of receiving antennas are considered. The influence of the quality of information support of geoinformation systems on the accuracy of the results of calculating the expected reception zones of hydroacoustic communication systems in various hydro-acoustic conditions was evaluated. A new efficiency indicator is proposed in the form of the volume of the reception area. This article is devoted to the meaningful disclosure of these concepts and indicators.