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基于高维空间几何分析理论的图像增强实现
Analysis and Theory of High-Dimensional Space Geometry for Image Enhancement
【摘要】 图像增强技术一直是图像预处理的重要步骤。把几何分析的思想引入到图像增强中,基于高维空间几何分析理论基础,把图像映射为高维空间中的一个点,通过分析高维空间中向量的方向和点的位置关系来研究原图像与增强图像的空间关系,提出了一种基于高维空间几何分析理论的图像增强算法,并在Matlab环境下仿真实现了该算法。通过实验各阶段的仿真效果图的对比表明,该算法的效果良好并具有很高的效率.。
【Abstract】 The technology of image enhancement plays an important role in signal image pre-processing. This paper applies the theory of High-Dimensional space geometry for image enhancement. In this paper, the image is regarded as a point in the High-Dimensional space, through studying the vector and the position between the points in High-Dimensional space to study the relationship between the images. A new approach——the theory of High-Dimensional space geometry for image enhancement is presented. Finally, the simulation based on MATLAB shows that the method is efficient and correct.
- 【文献出处】 计算机仿真 ,Computer Simulation , 编辑部邮箱 ,2007年06期
- 【分类号】TP391.41
- 【被引频次】2
- 【下载频次】153