摘要
基于散斑图像的微位移测量技术,利用微位移模型仿真方法,分别研究了不同噪声水平条件下Dirac法、IDFT法、MMSE1法、MMSE2法的测量精度,并从计算精度、存储资源、计算效率等角度,综合分析了各种算法的测量性能。实验结论能为工程应用提供有益参考。
Based on the speckle pattern micro-displacement measurement technology and micro-displacement mode simulation methods, the measurement characteristics（the accuracy, the size of memory and the efficiency） of the various measurement algorithms, including Dirac, IDFT, MMSE1 and MMSE2, were analyzed and compared in the conditions of different noise environment, respectively. The experiment results will be benefit to the application in the engineering.
出处
《机械管理开发》
2012年第2期82-83,85,共3页
Mechanical Management and Development
关键词
性能分析
微位移测量
散斑图像
measurement algorithms
micro-displacement measurement
speckle pattern
