DCM/Diff.D: A threshold-less and dynamic decision making receiver design for improved transmission performance

N. Abbas, M. Abdullah, A. Abas
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Abstract

The simulation results and analysis of a novel transmission technique namely double carrier modulation/differential detection are presented, we show how the differential detection technique improves the system performance significantly, we also demonstrate that this technique overcomes the problems associated with voltage threshold in conventional systems, and how it suggest the possibility to double up the conventional long distance without amplifiers with a BER of as good as 10/sup -13/ at 2.5 Gbps over 150 Km distance with 0 dBm transmit power. The new scheme also shows a much slower degradation with distance than that of conventional IM/DD system.
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DCM / Diff。D:一种改进传输性能的无阈值动态决策接收机设计
给出了一种新型传输技术——双载波调制/差分检测的仿真结果和分析,我们展示了差分检测技术如何显著提高系统性能,我们还证明了该技术克服了传统系统中与电压阈值相关的问题。以及它如何提出在没有放大器的情况下将传统长距离加倍的可能性,在2.5 Gbps的情况下,在150公里的距离上,在0 dBm的发射功率下,误码率高达10/sup -13/。与传统的IM/DD系统相比,新方案随距离的衰减速度要慢得多。
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