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Application of Mixed Programming between Matlab and Visual C++ on Circles Detection

机译:Matlab和Visual C ++在圆圈检测之间的应用混合编程

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In this paper, machine vision approach for detecting and inspecting circular parts is presented. The merit of object-oriented software development language VC++ and the character of Matlab Engine used in digital image processing have been introduced in the paper. The new method of mixed programming between Matlab and Visual C++ has been proposed. Circle images must be preprocessed first. Square median filter has been used to eliminate image noise. A weighted edge threshold method has been applied to segment the object image into a binary one. Then the number, area and center coordinate of circles can be detected by using of mixed programming, namely, VC++ getting Matlab engine. It is proved that it can shorten develop period and improve system capability by using these two languages to compile program.
机译:本文提出了一种用于检测和检查圆形零件的机器视觉方法。对面向对象的软件开发语言VC ++的优点以及数字图像处理中使用的MATLAB引擎的特征已经介绍。提出了MATLAB和Visual C ++之间的混合编程的新方法。圆形图像必须先预处理。方形中值过滤器已用于消除图像噪声。已经应用加权边缘阈值方法以将对象图像段分成二进制文件。然后可以通过使用混合编程,即VC ++获取MATLAB引擎来检测圆的数量,区域和中心坐标。事实证明,它可以通过使用这两种语言来编译程序来缩短开发时期并提高系统功能。

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