Mathematical modeling and implementation of information and calculation tasks «MASKING»

Analysis of the masking process indicates the production of a large number of calculations that ensure the validity of relevant decisions. Nevertheless, the clear formulations of information and calculation tasks and methods for the distribution of forces and means involved in the implementation of the masking process are poorly developed, and for some practical cases are absent. The purpose of the article is to develop a set of mathematical models of information and calculation problems and methods for solving them to increase the effectiveness of masking military formations. Among the tasks of masking are the following: an operational assessment of the information capabilities of enemy reconnaissance systems (means) and the amount of information required by its governing bodies to make decisions regarding valid and false intentions; determination of the number of forces and means necessary and sufficient for the execution of masking measures, as well as the operational tactical significance of masking measures; formation and assessment of the quality of the optimal option for the distribution of forces and means; evaluation of masking efficiency and possible degree of achievement of its goal (enemy deception). The developed set of information and calculation tasks for masking is designed to increase the effectiveness of masking of military formations due to the optimal distribution of the forces and means involved. The proposed methodology for assessing the effectiveness of masking military formations, based on the provisions of probability theories and information, makes it possible to comprehensively assess the qualitative characteristics of the ongoing operational masking activities.