首页|融合改进Canny与RCF的齿轮零件边缘检测算法

融合改进Canny与RCF的齿轮零件边缘检测算法

扫码查看
随着智能制造的发展,齿轮作为工业常用零件,其边缘检测对于确保零件质量具有关键意义.传统的Canny边缘检测算法对弱边缘信息丢失较为严重,不能满足高精度的测量要求.为了提高测量精度,提出了一种基于改进Canny与RCF融合的方法.算法先通过RCF网络对齿轮边缘进行检测,然后将Canny算法得出的结果与改进RCF网络检出的关键边缘进行融合得到最终边缘.实验结果表明,改进的算法对于齿轮的边缘检测的精度和抗噪性有更好的效果.
Edge detection algorithm of gear parts based on improved Canny and RCF
With the development of intelligent manufacturing,gears,as commonly used industrial components,their edge de-tection is crucial for ensuring part quality.The traditional Canny edge detection algorithm severely loses weak edge information,failing to meet the requirements for high-precision measurement.To enhance measurement accuracy,a method based on the fusion of improved Canny and RCF has been proposed.The algorithm first detects gear edges using the RCF network,then fuses the re-sults from the Canny algorithm with key edges detected by the improved RCF network to obtain the final edges.Experimental re-sults show that the improved algorithm achieves better accuracy and noise resistance in gear edge detection.

gear partsedge detectionRCF algorithmimproved Canny algorithmfusion algorithm

李思雨、范必双、杨涯文、朱之健

展开 >

长沙理工大学电气与信息工程学院,长沙 410114

齿轮零件 边缘检测 改进RCF算法 改进Canny算法 融合算法

2024

现代计算机
中大控股

现代计算机

影响因子:0.292
ISSN:1007-1423
年,卷(期):2024.30(18)