Perancangan Sistem Pakar Untuk Menilai Kinerja Irigasi

Hoerudin Hoerudin, B. Santosa
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Abstract

Irrigation is a supporting infrastructure for water distribution in agriculture. Its role is vital, especially for agricultural areas which are not rain-fed, meaning that to irrigate agricultural areas the irrigation infrastructure is needed. It is important for all parties involved in agriculture and irrigation management institutions to find out and ensure the condition and performance of an irrigation network, whether its function is still as planned or even vice versa. So far, the performance evaluation of irrigation networks is still carried out conventionally and only reaches a form of Maintenance Operation report, not specific to its performance. So based on these conditions, this research will build an expert system that can be used to assess the performance of irrigation networks. The design begins by determining the logic of assessment that will be used as a way of thinking from the expert system that will be built. The indicators used by the system to assess irrigation performance are as stated in the regulation of the Ministry of Public Works and Public Housing No. 12 of 2015. After designing the expert system, the next step is to simulate it using the data available in the operation and maintenance reports of some irrigation networks that are used as samples. Then the simulation results are analyzed so that it can be known whether the system can work as planned or not. The system simulation results show a mismatch between the two indicators namely the performance of infrastructure and water services. While other assessment indicators have logical results.
设计专家系统来评估灌溉性能
灌溉是农业配水的配套基础设施。它的作用是至关重要的,特别是对于非雨养农业地区,这意味着灌溉农业地区需要灌溉基础设施。重要的是,农业和灌溉管理机构的所有有关各方都要查明和确保灌溉网络的状况和性能,无论其功能是否仍然按计划进行,甚至反之亦然。到目前为止,灌溉网的性能评价仍然是常规的,只达到一种维护运行报告的形式,没有具体到其性能。因此,基于这些条件,本研究将构建一个可用于评估灌溉网络性能的专家系统。设计开始于确定评估的逻辑,这将被用作将被构建的专家系统的一种思维方式。该系统用于评估灌溉性能的指标见公共工程和公共住房部2015年第12号法规。专家系统设计完成后,下一步就是利用一些灌溉网运行维护报告中的数据作为样本进行模拟。然后对仿真结果进行分析,以了解系统是否能按计划工作。系统模拟结果表明,基础设施和供水服务两个指标之间存在不匹配。而其他评价指标则有逻辑结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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