INFORMATION SYSTEM FOR MANAGING THE RECYCLING PROCESSES OF AGRICULTURAL VEHICLES

Utilization of agricultural transport vehicles includes the processing of entire complexes, systems, assembly units of machinery and equipment. The creating of an effective mechanism for managing the recycling of machinery and equipment is an urgent task, the solution of which will make it possible to use resources rationally and return them to the economy. (Research purpose) The research purpose is developing a functional model for managing recycling processes, the use of which will provide operational justification for program documents defining the prospects for the utilization of agricultural vehicles in dynamically changing situations in the agro-industrial complex. (Materials and methods) It was noted that the scientific and methodological support of the research included a set of interrelated models and methods implemented in the form of software. The main and priority directions of utilization were substantiated, their feasibility was assessed, technical and economic indicators of the program were calculated, and resources were identified and distributed among various elements of the structure under consideration. (Results and discussion) Formalization of generalized control models for the utilization of agricultural vehicles was carried out and algorithms for structural-parametric synthesis and automatic control were developed to create a database generation system. Software was proposed based on information, software and hardware complexes that provide data processing and automation of control functions. (Conclusions) The application of the developed specialized system will make it possible to form alternative options for expedient directions of vehicle recycling, ensuring an efficient and balanced in terms of volumes and terms full return of released resources, as well as their implementation in the economic sphere with maximum benefit in the interests of the agro-industrial complex through the use of environmentally friendly recycling technologies.