Integrated Software System for agricultural enterprise strategy optimization

English. The paper deals with the concept of the development of Integrated Software System for planning of production of an agricultural enterprise. A review of the existing software systems has been conducted. On the basis of the research the model of the software system is proposed, its functions are described. The structure and the business model of the project are developed. The modular structure of the software system enables us to add additional features tailored in accordance with user demand and government regulations: a) Minimisation of environmental damage through optimization of fuel consumption (through the selection of appropriate machinery aggregations schemes), as well as analysis of the use of organic fertilizers. b) Long term strategic planning aimed at preserving soil fertility. The goal of this module would be to analyse the adverse effects on soil by the propulsion self-propelled machines and to evaluate various tillage systems (classic, minimal, moldboardless, zero tillage, etc.). c) In addition to machinery aggregation, the &#039

В статье рассмотрена концепция разработки многофункционального программного комплекса для планирования производственной деятельности сельскохозяйственного предприятия. Выполнен краткий критический обзор существующего программного обеспечения. На основании аналитических исследований предложена авторская модель построения программного комплекса, отражены его функциональные возможности, разработана структурная схема и бизнес-модель реализации проекта.

module could be added to reduce the machinery costs and operation time. This module could be especially useful for groups of farmers (farming co-operatives) who are interested in reducing their expenses through joint machinery ownership/operation. Aggregation of neighbouring fields might also reduce a negative effect of field fragmentation on the agricultural yield. d) Interactive module for farmer collaborations to facilitate the use of machinery or fertilisers surpluses. e) Data visualisation module for analysis of soil moisture and crops from the aerial images.

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