SIMULATION MODEL OF COMPUTER CONTROL SYSTEM OF TECHNOLOGICAL PROCESSES FOR AGRICULTURAL PRODUCTION
DOI:
https://doi.org/10.32782/IT/2024-2-9Keywords:
Internet of things, computer model, control, monitoring, agricultureAbstract
Relevance. Computer control systems based on the Internet of Things (IoT) enhance the yield and resilience of agriculture by enabling precise monitoring of agricultural parameters and efficient resource management. Aim. Develop a simulation model for computer control of technological processes in agricultural production to improve the efficiency and sustainability of agricultural processes. Object of study. Technological processes in agricultural production, including monitoring the condition of crops, soil, and climatic conditions using IoT sensors and computational modules. Subject of study. A computer model for monitoring and controlling agricultural parameters, utilizing sensors for data collection, primary data processing, and indication. Conclusions. The developed simulation model effectively collects and processes data, confirming its suitability for agricultural projects. It is easy to set up, can be expanded to support additional functions, and provides precise monitoring and management of agricultural parameters.
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