Intelligent monitoring, production jump, combine, mentoring training
Subject Areas :
Keywords: combine, Intelligent monitoring, Production jump, Mentoring training,
Abstract :
Nasraleh Astan1*, Haider Zolnoorian2, Iraj Yavari3 1- Lecturer , Department of Biosystem Mechanical Engineering Islamic Azad University, Kermanshah Branch, Kermanshah, Iran 2- etired faculty member of the Agricultural Research Center and Vice President of Employment and Entrepreneurship of the Organization of Agricultural Engineering and Natural Resources in Kermanshah Province 3- Member of the academic staff of Dem Sararoud Agricultural Research Institute *Coresponding author: nasrolahastan@gmail.com One of the main components of smart agriculture is measurement, monitoring and evaluation. This study was conducted with the aim of designing and applying a mentoring network and intelligent monitoring of harvesting machines using Internet of Things technology, in order to reduce product losses and jump in production. In this study, network executive agents (farmers, harvesters, managers, experts, and mentors) were used by sharing information and online monitoring. The method in this study included two parts of network design and its implementation in the form of a project during the harvest season in Kermanshah province. For the design, in line with the production jump program and with the special conditions of Corona (Covid-19), after conducting the necessary studies, the network design was carried out. For implementation, the description of the duties of each executive agent was specified and communicated to them. In the implementation process, practical virtual training was used in the integrated mentoring method and 213 experts were trained and 128 people were employed in the implementation process. Based on the results, the time-spatial information sharing of executive agents online in the intelligent monitoring network was able to intelligently monitor, monitor and control them, give them awareness, increase the quality of monitoring and the problems caused by the lack of adjustment of the combine that lead to It was possible to reduce crop losses at the same time and increase production.
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