Рекомендації зі створення спеціалізованого програмного забезпечення для розрахунку системи інженерних загороджень

Yu. Ftemov The experience of fighting in the East of Ukraine shows that there is no integrated system of automated control of troops significantly reduces the degree of realization of combat capabilities of the troops (forces). Given the fact that in recent years there have been significant changes in the theory of engineering support of fighting. In turn, this is due to the inconsistency of the spatial scope of hostilities and the available forces (means) participating in it, as well as the inconsistency of the scope of tasks to create a system of engineering barriers to the capabilities of troops. However, the issue of automated control, and especially planning for the creation of a system of engineering barriers, in the general system of automated control of troops, is not given due attention. Existing calculation programs are quite operational, at the same time they solve mathematical problems of individual engineering activities and need to be systematized. Therefore, the article considers approaches to the formation of requirements for the optimization of the planning process of the system of engineering barriers, which can be implemented based on optimization methods, namely through the creation of specialized software. The general algorithm of specialized software is a series of interconnected detailed instructions that implement the calculation process, which, starting from the initial state, occurs through a sequence of logical states and ends with the final one. The transition from the previous to the next state is not necessarily deterministic – some algorithms may contain elements of randomness. When entering information (tasks, individual measures), for example, the counter ability of enemy units: the result of the calculation is to form a conclusion about the capabilities of their units to perform a specific combat task. The obtained results give grounds to conclude that the implementation of the recommendations will reduce the time for calculations to 25%, as well as an increase to 10% the number of possible options for creating a system of engineering barriers.