Savkova E. Structural and algorithmic organization of a computerized monitoring system of hydrophysical fields heterogeneity of the aquatic environment

Object of research: monitoring measuring system of the aquatic environment hydrophysical fields. Objective of the work: effectiveness increase of monitoring systems functioning by means of hydrophysical fields heterogeneity detection, turbulent small-scale interlayer identification of the aquatic environment and experimental data organization and processing. New unifying model of vertical layers structure with turbulence with use of t-layer quantity, thickness and interlayer spacing distribution function. The object-evolutionary model of monitoring measuring system is developed. The propositions for improvement of monitoring measuring system of hydrophysical fields heterogeneity of the aquatic environment depending on experiment problems in the form of structural unit parameters estimation method are formulated. The probing process simulation algorithm by vertical profiles of previous experiments hydrophysical parameters is assumed as basis of the method. The algorithm of vertical probing process strategy detection during hydrophysical experiment in real-life environment using developed models, hydrophysical experiments parameters database and probing process simulation algorithm is proposed. The findings of dissertation work are used on the enterprise LTD Scientific Production Association "Donecoservice" during research scientific work on temperature profiles measuring for analysis of temperature conditions and formation of water reservoirs' certificates.