SMART FARMING ON A SINGLE-BOARD COMPUTER PLATFORM 

Butsenko Elena Vladimirovna, candidate of economical sciences, associate professor, sub-department of business informatics, Ural State University of Economics (62/45 8 Marta street/ Narodnoy Voli, Ekaterinburg, Russia), E-mail: evl@usue.ru
Kurdyumov Aleksandr Vasilievich, candidate of economical sciences, associate professor, head of sub-department of competition and antitrust regulation, Ural State University of Economics (62/45 8 Marta street/ Narodnoy Voli, Ekaterinburg, Russia), E-mail: kurdyumov@usue.ru 

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Subject and goals. The article discusses the main trends in the development of agriculture and the agro-industrial complex. Currently, for this industry, the priority tasks are the improvement, development and implementation of projects of intelligent agriculture, which includes the principles of automation and production robotization. The paper deals with the development of a system of automated management of business processes for an agricultural enterprise. The main stages of creating the hardware of the system, using microcontrollers, sensors and modules are defined. The organization of the server part of the developed system, as well as the connection of sensors and modules to the microcontroller, are investigated.
Materials and methods. The development of modules for monitoring and managing electricity, light, temperature and humidity using the C ++ programming language is presented. The analysis of test modules under the control of the Arduino microcontroller is carried out.
Results and conclusions. The practical implementation of the developed system is made on the basis of the Vostochnaya agricultural firm of the Sverdlovsk region. Further development of this research area may be aimed at the creation and application of various IoT technologies in the agricultural sector, including the use of architectural platforms for the development of relevant application solutions. 

IoT-system, monitoring and control system, automated control system, intelligent automation, system development, agriculture, agricultural enterprise