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Fuzzy Logic Based Simulation Approach for the Evaluation of Intelligent Farming Systems

机译:基于模糊的逻辑仿真方法,用于评估智能农业系统

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摘要

Farming has been one of the most important issues for humans due to its contribution to the development of civilization. Farming is vital and most of the historical revolutions were triggered directly or indirectly by farming business among countries. Besides, all of the modern and technological innovations were directly adapted to the farming systems. Solar energy cannot be solely enough for farming all kinds of agricultural products during the whole year. Additionally, usage of only light, heat and other artificial equipment during the whole year to instead of sun is not economically feasible. In today's world, in order to feed the continually increasing world population effectively and efficiently and also to provide sustainable farming, the integration of advanced technologies into farming systems, which can be called intelligent farming, is of high importance for both researchers and the industry. In this study, a fuzzy logic based intelligent farming system is proposed, then, analyzed and evaluated by using fuzzy sets theory and simulation technique. Fuzzy logic is used to control the heating and lighting of the intelligent farming system, and simulation is used for evaluating the system. The results of the application indicate that the proposed approach is quite successful in increasing the efficiency with a 30% to 50% cost reduction.
机译:由于其对文明发展的贡献,农业是人类最重要的问题之一。农业是至关重要的,大多数历史革命都是通过各国的农业业务直接或间接触发。此外,所有现代和技术创新都直接适应农业系统。太阳能不能在全年养殖各种农产品。此外,每年只能使用光,热量和其他人造设备而不是太阳在经济上不可行。在当今的世界中,为了有效和高效地养活不断增加的世界人口,也提供可持续的农业,先进技术将先进技术融入农业系统,这对于研究人员和行业来说具有很高的重要性。在这项研究中,提出了一种模糊逻辑的智能农业系统,然后使用模糊集理论和仿真技术进行分析和评估。模糊逻辑用于控制智能农业系统的加热和照明,使用仿真来评估系统。申请的结果表明,提出的方法在提高30%至50%的成本降低时相当成功。

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