SISTEM PAKAR DETEKSI KERUSAKAN MESIN BUBUT DENGAN METODE KNN

Firman Wahyudi, Dwi Remawati, Paulus Harsadi
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引用次数: 3

Abstract

Damage to the lathe is difficult to detect and difficult handling so it must be taken to the lathe service workshop first so it wastes time and effort. For example damage to the shaft, pegs, slicing, gear, carrier axis, and clasp tool. This is what drives to build an expert system to detect lathe damage. So it makes it easier to detect and handle the lathe damage quickly. The purpose of this thesis is the creation of an application to detect damage to the lathe by K-Nearest Neighbour method for the lathe. The system implemented with PHP language and MySQL Database and this system can be used on desktop device System have feature detection type of damage, data of symptoms of damage, damage data, and damage detection process. The system is tested using the black box and 70.454% system test result which means the system is running well.Keywords: Expert System, K - Nearest Neighbors, Machine Tool.Damage to the lathe is difficult to detect and difficult handling so it must be taken to the lathe service workshop first so it wastes time and effort. For example damage to the shaft, pegs, slicing, gear, carrier axis, and clasp tool. This is what drives to build an expert system to detect lathe damage. So it makes it easier to detect and handle the lathe damage quickly. The purpose of this thesis is the creation of an application to detect damage to the lathe by K-Nearest Neighbour method for lathe.System implemented with PHP language and MySQL Database and this system can be used on desktop device System has feature detection type of damage, data of symptoms of damage, damage data and damage detection process. The system is tested using black box and 70.454% system test result which means the system is running well.Keywords: Expert System, K - Nearest Neighbors, Machine Tool.
系统专家用KNN方法检测车床发动机故障
车床损坏检测困难,处理困难,必须先送到车床维修车间,浪费时间和精力。例如损坏轴,挂钩,切片,齿轮,载体轴和卡扣工具。这是什么驱动建立一个专家系统来检测车床损坏。因此,它使它更容易检测和处理车床损坏快速。本论文的目的是为车床创建一个应用程序来检测车床的k近邻法损伤。本系统采用PHP语言和MySQL数据库实现,可在桌面设备上使用。系统具有损伤特征检测类型、损伤症状数据、损伤数据和损伤检测流程。使用黑匣子对系统进行了测试,测试结果为70.454%,系统运行正常。关键词:专家系统,K近邻,机床。车床损坏检测困难,处理困难,必须先送到车床维修车间,浪费时间和精力。例如损坏轴,挂钩,切片,齿轮,载体轴和卡扣工具。这是什么驱动建立一个专家系统来检测车床损坏。因此,它使它更容易检测和处理车床损坏快速。本论文的目的是开发一种基于k近邻法检测车床损伤的应用程序。系统采用PHP语言和MySQL数据库实现,该系统可在桌面设备上使用。系统具有特征检测的损伤类型、损伤症状数据、损伤数据和损伤检测过程。对系统进行了黑盒测试,系统测试结果为70.454%,系统运行正常。关键词:专家系统,K近邻,机床。
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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