SISTEM PAKAR DIAGNOSIS HAMA DAN PENYAKIT PADA TANAMAN KANGKUNG MENGGUNAKAN METODE FORWARD CHAINING

Pradana Ananda Raharja, Amalia Beladinna Arifa, Iffan Ahmad Nasrulloh
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Abstract

The production of water spinach vegetable crops in 2020 in Central Java ranks 2nd in water spinach production, which is 29,108 tons. The amount of water in spinach production and the increased risk of being attacked by pests and diseases will be even more significant, and proper care is needed to improve the quality of water spinach. It takes an expert to convey knowledge about controlling pests and diseases that are good and right. From these problems, we developed a system to overcome the problem of water spinach plant disease. This expert system uses the forward chaining method. The results of this study are a pest and disease diagnosis system on water spinach using a website-based forward chaining method with accuracy testing using the confusion matrix method by testing 50 rules. Of 50 data, 45 are considered appropriate, and the results of 5 rules are not relevant, so the evaluation results of this expert system produce system accuracy with a percentage of 90%.
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康孔植物病理诊断系统使用前链法
2020年,中爪哇的菠菜蔬菜作物产量位居世界第二位,为29108吨。菠菜生产中的水分和被病虫害侵袭的风险增加将更加显著,需要适当的护理来提高水菠菜的质量。这需要一个专家来传达控制病虫害的知识,这是好的和正确的。从这些问题出发,我们开发了一套系统来克服水菠菜植物病害问题。该专家系统采用前向链方法。本研究采用基于网站的正向链法建立了水叶菜病虫害诊断系统,并通过测试50条规则,采用混淆矩阵法进行了准确性测试。在50个数据中,45个被认为是合适的,5个规则的结果不相关,因此该专家系统的评估结果产生的系统准确率为90%。
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