Digital transformation modeling for agricultural land irrigation

Abstract

The paper defines the importance of using software solutions to manage the process of agricultural land reclamation. Effective implementation of such a process ensures high yields of plant crops while preserving soil properties, ecosystem biodiversity and reducing the negative impact on the environment. This requires control and monitoring of numerous factors, most of which are random in nature. Designing a software product that provides constant and objective monitoring of the state of agricultural land is the purpose of this work. The use of system analysis methods made it possible to establish the key factors affecting the changes in the states of plants in their growing season, and based on this to formulate the functional possibilities of the intelligent system. Based on this, a functional model demonstrating the processes of transformation of data flows and control at each stage of functioning of the designed software product was developed. In addition, the main categories of users for whom the functional possibilities of the intelligent system are available have been defined.