Vision based, statistical learning system for fault recognition in industrial assembly environment

Z. Viharos, D. Chetverikov, A. Háry, Ramóna Sóghegyi, A. Barta, László Zalányi, I. Pomozi, Sz Soós, Zsolt Kövér, Balázs Varjú
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引用次数: 3

Abstract

The paper presents a statistical learning system based visual solution developed and applied for fault detection in industrial environment. As a mobile vision system the area of use was the automatic detection of rare faults in complex assembled objects. The object detection, the fore- and background separation, and the multi-model database enables the system to manage irregular batches of the different objects. A multi-model database guarantees that the object is compared with the statistically most relevant model, therefore it reduces the number of false alarms. The developed system is able to detect faults with the size of 2% of the total picture based on previously learned models.
基于视觉的工业装配环境故障识别统计学习系统
提出了一种基于统计学习系统的可视化解决方案,并将其应用于工业环境下的故障检测。作为一种移动视觉系统,其应用领域是对复杂装配物体中罕见故障的自动检测。目标检测、前背景分离和多模型数据库使系统能够对不同目标的不规则批次进行管理。多模型数据库保证了对象与统计上最相关的模型进行比较,因此减少了假警报的数量。基于先前学习的模型,开发的系统能够检测出总图像大小为2%的故障。
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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