Application of fuzzy control approach in greenhouse automation
Pages 186 - 190
Abstract
The aim of the study is to design a Fuzzy Expert System (FES) which manupulates with more parameters, than the traditional systems. Temperature, air humidity, light intensity, soil moisture, wind speed and the amount of carbon dioxide were taken as the input parameters of the Fuzzy Control System whereas heating, cooling, shading, irrigation, lighting and ventilation values were taken as output parameters. By using the MNO_V1-2010 software developed with Delphi 7.0 in greenhouse automations which provides saving energy and time and more production, the simulation of the greenhouse automation with fuzzy control was carried out.
The values of the input variables can either be entered by the user or can be received in real time through a data collection card. It can be seen that the performance indicators that were obtained from the simulation results were successful. One of the advantages of the design is that the system minimizes human related errors and the design makes the system perform the decision making process in a full automatic manner. It is considered that the approach can also be implemented in various areas of the industry.
References
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Putter E., Gouws J. "An Automatic Controller for a Greenhouse Using a Supervisory Expert System", Proceedings of the 8th Mediterranean Electrotechnical Conference, MELECON'96, Vol.:2, pp.: 1160--1163, 1996.
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Quanxing Z., Chwan-Hwa W., Tilt K. "Application of Fuzzy Logic in an Irrigation Control System", Industrial Technology, 1996 (ICIT '96), Proceedings of the IEEE International Conference, pp.: 593--597, 1996.
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Durmaz N., "Seralarda havalandirma kapaklarinin kademeli ve otomatik olarak açilip kapatimasi üzerine bir çalişma", Akdeniz University, Magister Degree Thezis, 1994, Antalya.
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Allahverdi N. "Expert Systems An Application of Artificial Intelligence", Atlas Press, Istanbul, 2002, 248 p.
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Ödük, M. N. "Greenhouse Automation by Fuzzy Control Method", Selçuk University, Magister Degree Thezis, Jan. 2010, Konya, 119 p.
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Ödük M. N., Allahverdi N., 2009, "A Study on Developing Greenhouse Automation by Fuzzy Control Method", Word Academy of Science Engineering and Technology (WASET), Vol.: S 7, Sept. 2009, pp.: 599--603, Amsterdam, Netherlands.
- Application of fuzzy control approach in greenhouse automation
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Published: 17 June 2010
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