Layered generalized belief propagation detection on BPMR system with multi-track processing

Ittiporn Nokyotin, S. Koonkarnkhai, W. Wongtrairat, T. Sopon
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Abstract

In this paper, we compare the performance of the generalized belief propagation detector and the layered generalized belief propagation detector with a Log-MAP algorithm and max algorithm for the message passing on the factor graph. Which message-passing sequential of the LGBP detector is used to update the nodes sequentially instead of simultaneously in the factor graph. The simulation results show the performance bit error rate of the LGBP detector with the Log-MAP algorithm and max algorithm achieve the gains of about 0.2 dB, respectively, at BER = 10−5 over the GBP detector on the bit patterned media recording system at areal density 2 Tbits/in2.
基于多航迹处理的BPMR系统分层广义信念传播检测
本文比较了基于Log-MAP算法和max算法的广义信念传播检测器和分层广义信念传播检测器在因子图上传递消息的性能。使用LGBP检测器的哪个消息传递序列依次更新因子图中的节点,而不是同时更新节点。仿真结果表明,在面密度为2 Tbits/in2的位模式媒体记录系统上,采用Log-MAP算法和max算法的LGBP检波器在BER = 10−5时的性能误码率分别比GBP检波器提高0.2 dB左右。
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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