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COM Component Based on Matlab Algorithm for Speckle Processing

机译:基于MATLAB算法的散斑处理COM组件

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As a non-contract optical measurement method in solid mechanics, the digital speckle correlation method (DSCM) has already been recognized as an excellent method for determining the surface deformation field in materials because of its outstanding features. In-plane displacement fields at the surface of objects under load are abstracted by using this method in this paper. And the corresponding maps of displacement fields are drawn to show deformation. The basic principle and mathematical model of gradient-based subpixel registration are briefly introduced for measuring subpixel displacement. COM component of this method is generated by using matlab7,l through images of laser speckles. The COM component is called by Visual C++6.0 and the stand-alone application is generated. It is becoming easier to deal with image in Visual C++ by using this method. Then more time and energy will be spent on the algorithm. The development cycle of the algorithm is speeded up and efficiency of the application is improved.
机译:作为固体力学中的非合同光学测量方法,数字斑点相关方法(DSCM)已经被认为是用于确定材料中表面变形场的优异方法,因为其具有出色的功能。在本文中使用该方法,通过使用该方法抽象,在负载下的面内位移场。并绘制相应的位移场地图以显示变形。简要介绍了基于梯度的子像素注册的基本原理和数学模型,用于测量子像素位移。通过使用MATLAB7,L通过激光斑点的图像生成该方法的COM组件。 COM组件由Visual C ++ 6.0调用,并生成独立应用程序。通过使用此方法将在Visual C ++中处理图像变得越来越容易。然后将在算法上花费更多的时间和精力。算法的开发周期被加速,提高了应用的效率。

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