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The research of X-ray bone fracture image enhancement algorithms

机译:X射线骨折图像增强算法研究

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摘要

As a lower level of the image processing, image enhancement is the preparatory stage of the image processing. Its target is to improve the visual effects and purposeful emphasis the whole or part characteristic of the graphics in the designated applications to enlarge the difference between the different objects in the graphics. So it can meet the requirement of some special analysis. This paper introduced some representative algorithms of image enhancement: contrast enhancement, histogram equalization, smoothing filter, median filter, the ideal low pass filter, butter worth low filter, the ideal high pass filter, butter worth high filter and homomorphic filter. At last, the enhanced image by use of different methods were threshold segmentation and edge extraction, the results were compared to identify suitable methods for X-ray bone image enhancement algorithms.
机译:作为图像处理的较低级别,图像增强是图像处理的准备阶段。其目标是改善视觉效果,并有目的地强调指定应用程序中图形的全部或部分特征,以扩大图形中不同对象之间的差异。因此可以满足一些特殊分析的要求。本文介绍了一些图像增强的代表性算法:对比度增强,直方图均衡,平滑滤波器,中值滤波器,理想低通滤波器,黄油值低滤波器,理想高通滤波器,黄油值高滤波器和同态滤波器。最后,通过阈值分割和边缘提取等不同方法对图像进行了增强,并对结果进行了比较,确定了适合X射线骨图像增强算法的方法。

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