Open AccessDigital agricultural technologies in the “Smart garden” system
Author(s) -
Andrey Yu. Izmailov,
Igor Smirnov,
Dmitriy Khort
Publication year - 2019
Publication title -
sadovodstvo i vinogradarstvo
Language(s) - English
Resource type - Journals
eISSN - 2618-9003
pISSN - 0235-2591
DOI - 10.31676/0235-2591-2018-6-33-39
Subject(s) - mechatronics , engineering , robotics , control (management) , systems engineering , production (economics) , manufacturing engineering , engineering management , robot , computer science , artificial intelligence , control engineering , economics , macroeconomics
The article presents the key parameters of modern systems of technological processes design, control and management of plant life parameters and robotic machines for the implementation of environmentally friendly technologies in the “Smart garden” system. The software and hardware, ensuring the formation and management of machine technologies of the perennial garden plantings maintenance that allow for economically managed, environmentally safe and sustainable production, taking into account the interests of producers in specific production conditions were analyzed. The article describes the possibility of using unmanned aerial vehicles and robotic machines in horticulture in the management of production processes, technical means of navigation, control over the implementation of technological operations, digital monitoring of crop yields, analysis of diseases and pests on plants. The classification of the means of remote information acquisition installed on the ground robotic means and aircraft was given. The priority tasks for increasing the efficiency of the “Smart Garden” system application, connected with the creation of a unified information network for the collection, storage and processing of data on the parameters of plant life, development of universal modules of technical vision and algorithms for pattern recognition of biological objects in horticulture and fundamentally new mechatronic robotic means for the implementation of technological processes in horticulture (harvesting manipulators, robotic weeders, platforms for monitoring plantations) were determined.