光通信研究Issue(2)：27-29,53,4.DOI:10.13756/j.gtxyj.2017.02.008
基于光子探测阵列的PPM系统误码性能分析
The Performance Analysis for PPM System based on Photon-Counting Detector Arrays
摘要
Abstract
So far the formula for bit error rate of PPM cannot accurately analyze the performance of the PPM communication system when photon-counting detector arrays are used as receivers.In this paper, a revised representation formulation is derived based on Poisson channel.Firstly, we consider the situation when a photon is incident on a single photon-counting detector and an electrical is produced in response to that photon, and this detector can no long continue to probe the other photons in this time slot.Then according to the maximum likelihood detection, the synthetic signal of detector arrays output is manipulated into the formula.Finally, the MonteCarlo method is used to support our model and the results indicate that the modified expression is an accurate computation for the bit-error probability of M-ary PPM when the detector arrays are used.Furthermore, this equation can be used to optimize the number of detector arrays.关键词
空间光通信/脉冲位置调制/光子探测器阵列/泊松信道Key words
space optical communication/PPM/photon counting detector array/Poisson channel分类
信息技术与安全科学引用本文复制引用
向劲松,邓晨辉,蒋豪,王举..基于光子探测阵列的PPM系统误码性能分析[J].光通信研究,2017,(2):27-29,53,4.基金项目
国家自然科学基金资助项目(61571072) （61571072）
