流场奇异性分析与其在图像灰斑失真检测的应用

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1、目录摘要............................................................................................................................IABSTRACT................................................................................................................II第1章绪论............................................

2、...................................................................11.1研究背景和意义...........................................................................................11.2研究现状分析...............................................................................................21.3研究内容..................

3、....................................................................................31.4论文章节安排...............................................................................................4第2章灰斑光流奇异性与光流法.............................................................................52.1灰斑光流奇异性........

4、...................................................................................52.2光流约束方程...............................................................................................72.3常见光流算法比较.......................................................................................82.3.1Lucas-K

5、anade光流法...........................................................................82.3.2Horn-Schunck光流法..........................................................................92.3.3Black-Anandan光流法........................................................................102.4三种光流算法对比分析.............

6、.................................................................122.4.1准确性对比分析.................................................................................122.4.2耗时性对比分析.................................................................................132.5Black-Anandan法耗时性分析及改善..................

7、.......................................132.6结论.............................................................................................................16第3章流场奇异性模型分析...............................