Analysis of wireless optical CDMA using chip-level detection

Y. Kozawa, H. Habuchi
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引用次数: 1

Abstract

In this paper, to achieve high maximum throughput performance, the optimum combination of the optical PN code and modulation scheme is presented. Moreover, bit error rate (BER) performances of the wireless OCDMA system using chip-level detection are evaluated from the theoretical analysis in the multi-user case. Consequently, in the wireless OCDMA system with the chip-level detection, the maximum throughput performance of the multi-pulse PPM (MPPM) systems with the optical pseudo noise code generated by M-sequence is better than that of the MPPM systems with optical orthogonal code and that of the MPPM system with extended prime code sequence.
基于芯片级检测的无线光CDMA分析
为了获得较高的最大吞吐量性能,本文提出了光PN码与调制方案的最佳组合。此外,从理论分析的角度对采用芯片级检测的无线OCDMA系统在多用户情况下的误码率性能进行了评价。因此,在具有片级检测的无线OCDMA系统中,采用m序列产生的光学伪噪声码的多脉冲PPM (MPPM)系统的最大吞吐量性能优于采用光正交码的MPPM系统和采用扩展素数码序列的MPPM系统。
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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