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Method for rectifying image deviation based on perspective transformation

机译:基于透视变换的校正图像偏差的方法

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A new method for rectifying image deviation of circular instrument based on perspective transformation is presented in the paper, and the correction of circular instrument image in substation environment is realized. First of all, the digital image processing technology is used to pre-process the site image. Secondly, Canny operator is used for edge detection. According to the edge feature points, the equipment area is detected and the regional parameters can be computed. Then the perspective transformation is used to correct the image, and the positive image of the circular instrument image is obtained. Finally, the corrected tilt image is done by the rotation operation. Experimental results show that the algorithm can realize image rectification, which is simple with fast speed and high precision. The proposed method is helpful for the further recognition.
机译:本文介绍了基于透视变换的基于透视变换的圆形仪器的图像偏差的新方法,实现了变电站环境中的圆形仪器图像的校正。 首先,数字图像处理技术用于预处理网站图像。 其次,Canny Operator用于边缘检测。 根据边缘特征点,检测设备区域,可以计算区域参数。 然后,使用透视变换来校正图像,并且获得圆形仪器图像的正图像。 最后,通过旋转操作完成校正的倾斜图像。 实验结果表明,该算法可以实现图像整流,简单速度快,精度高。 所提出的方法有助于进一步识别。

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