Saleh B E
Appl Opt. 1974 Aug 1;13(8):1824-7. doi: 10.1364/AO.13.001824.
We study the maximum likelihood estimation of the location of an incoherent object, the light from which is distorted by an optical system and detected by photoelectric detectors with quantum noise. The noise is treated as a set of uncorrelated Gaussian variables with variances proportional to the signal plus background at their corresponding detectors. By the simulation of the noise, a large number of cases are tested and curves for the probability distribution of the error distance are obtained.
我们研究了非相干物体位置的最大似然估计，该物体发出的光被光学系统扭曲，并由存在量子噪声的光电探测器进行检测。噪声被视为一组不相关的高斯变量，其方差与相应探测器处的信号加背景成正比。通过对噪声的模拟，测试了大量情况，并获得了误差距离概率分布的曲线。
