Performance limitation of M-ary pulse position modulation and on-off keying in a direct detection optical wireless communication system

T. Amin, S. Majumder
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Abstract

Performance analysis is carried out for an optical wireless link in the presence of atmospheric scintillation using OOK and M-ary PPM modulation schemes. The bit error rate (BER) performance results evaluated at a bit rate of 1 Gbps show that system suffers significant penalty in required photon count per bit to achieve a given BER due to atmospheric scintillation effect. It is noticed that penalty is approximately 128.2, 186.7, 215 and 356.6 photons per bit corresponding to OPPM, QPPM, OOK and BPPM respectively at a scintillation variance of 0.01.
直接检测光无线通信系统中脉冲位置调制和开关键控的性能限制
采用OOK和M-ary PPM调制方案对大气闪烁下的光纤无线链路进行了性能分析。误码率(BER)性能结果表明,在1 Gbps的比特率下,由于大气闪烁效应,系统在达到给定误码率所需的每比特光子数上遭受了显著的损失。在闪烁方差为0.01的条件下,OPPM、QPPM、OOK和BPPM的损失分别约为128.2、186.7、215和356.6光子/比特。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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