首页> 外文会议>ASME(American Society of Mechanical Engineers) International Conference on Manufacturing Science and Engineering; 20071015-18; Atlanta,GA(US) >ROBUST MACHINE VISION BASED PARTS INSPECTION: INTELLIGENT NEURO-FUZZY VERSUS THRESHOLD BASED CLASSIFICATION
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ROBUST MACHINE VISION BASED PARTS INSPECTION: INTELLIGENT NEURO-FUZZY VERSUS THRESHOLD BASED CLASSIFICATION

机译:基于鲁棒机器视觉的零件检查:基于智能神经模糊对阈值的分类

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摘要

Past experience with an industrial machine vision-based parts inspection system highlighted the need for a robust system, that is a vision system that could adapt to changes in the operating environment without requiring excessive retuning of the data analysis algorithm. With this need in mind, an intelligent neuro-fuzzy based image processing algorithm was developed and tested against a traditional threshold based algorithm. Experimental results indicate that the intelligent algorithm performs well when the data is not well segmented.
机译:过去基于工业机器视觉的零件检查系统的经验强调了对鲁棒系统的需求,该系统可以在不过度调整数据分析算法的情况下适应操作环境的变化。考虑到这一需求,开发了一种基于智能神经模糊的图像处理算法,并针对传统的基于阈值的算法进行了测试。实验结果表明,当数据分割不好时,该智能算法性能良好。

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