LPICM, Ecole Polytechnique, CNRS, 91128 Palaiseau, France.
Opt Lett. 2012 Feb 15;37(4):578-80. doi: 10.1364/OL.37.000578.
The manuscript proposes a novel virtual experiment nondepolarizing estimate, as an alternative to the Cloude sum decomposition estimate, to be used in the extraction of the elementary polarization properties of a medium from its experimentally determined Mueller matrix. The estimate results from the minimization of a least squares estimator based on the light intensities virtually produced by the experimental Mueller matrix. The retrieval procedure and the properties of the estimate are described and compared to those of the Cloude estimate on an experimental Mueller matrix from the literature.
该手稿提出了一种新的虚拟实验无偏估计方法，作为克劳德和分解估计的替代方法，用于从实验确定的穆勒矩阵中提取介质的基本偏振特性。该估计是基于实验穆勒矩阵虚拟产生的光强的最小二乘估计器的最小化结果。检索过程和估计的性质与文献中从实验穆勒矩阵获得的克劳德估计的性质进行了比较。
