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Implementation of Greenhouse Environmental Control Systems using Intelligence  

Yang, J. (Department of Elertronic and Elertrical Engineering, Dankook University)
Chung, C.D. (Department of Computer and Information science, Korea University)
Hong, You-Sik (Department of Computer Engineering, Sangji University)
Ahn, B.I (Seeon)
Hwang, S.I. (Department of Software Engineering, Korea University)
Choi, Y.H. (Department of Software Engineering, Korea University)
Publication Information
Journal of the Institute of Electronics Engineers of Korea CI / v.49, no.2, 2012 , pp. 29-37 More about this Journal
Abstract
An experiment for an optimized automatic greenhouse environment in a flower farming greenhouse by building a ubiquitous sensor network with various sensors was conducted and the results were evaluated. And various culturing environmental information and data in the greenhouse were collected and analyzed. Then, the greenhouse was designed to maintain the best culturing environment on the basis of existing recommended optimized figures. By measuring the growth of the crops in the greenhouse, A system which controls facilities in the greenhouse to maintain the best culturing environment in accordance with change in the environment was analyzed.Computer simulation result proced that we discovered that controlling the facilities and the artificial light source increased production, enhanced quality, reduced labor and heating cost immensely. The experiment has proved that the u-flower farming system can maximize the income of farm families by sending warning messages to users of this system when weather suddenly changes so that users may cope with such changes and maintain the best culturing environment.
Keywords
온실 모니터링;RFID 및 센서;온실 제어;퍼지규칙;u-화훼;
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