Modeling of the processes of using agricultural machinery products for automation of personal subsidiary farms

The purpose of the article is to develop an imitation innodiversification model and to test mathematical software that would cover a wide range of different types of activities of personal subsidiary farms and take into account the features of their automation based on modern agricultural engineering products. The article used as the main tool a simulation modeling technique based on the theory of Petri nets, which involves the formation of a structure of operations in the automation of economic activities of personal subsidiary farms, which allows describing the structure or process of any type of activity in a format that determines which transitions are performed at which position and in what sequence. The basis of the innodiversification approach to simulation modeling is the formation of such a structure of operations that could clearly simulate the order of execution of technological processes of organizations of personal subsidiary farms closest to real situations. It is proved that the proposed technique makes it possible to transform the resulting graphical structure into mathematical models in the form of tuples and matrices. As an example, the practical implementation of the proposed algorithm in the Simulator application package is given. It has been established that simulation model design using innodiversification Petri nets is the optimal, if not the only possible way to improve the structure of production systems and technological processes of organizations automating personal subsidiary farms, as well as their associations, and the management of these structures.