Electromagnetic disturbance evaluation using pulse duration distribution

K. Gotoh, T. Shinozuka, S. Ishigami, Y. Matsumoto
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引用次数: 2

Abstract

Estimation of degradation in transmission quality of radio communications by using pulse duration distribution (PDD) of electromagnetic (EM) disturbance is discussed in this paper. An existing estimation method using amplitude probability distribution (APD) also gives an relation with bit error rate (BER) at decoder input, however, it is difficult to apply the relation to BER at decoder output, because the relation does not include any information about a time duration of EM disturbance though an error correcting capability depends on continuity error. On the other hand, the use of PDD makes it possible to include properties of time sequence of EM disturbance in BER estimation. The comparison between simulated BER with convolutional coding and Viterbi decoding under pulse burst disturbance and estimated BER from PDD and APD of the disturbance are presented.
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基于脉冲持续时间分布的电磁干扰评估
本文讨论了利用电磁干扰脉冲持续时间分布估计无线电通信传输质量退化的问题。现有的基于振幅概率分布(APD)的估计方法也给出了解码器输入误码率(BER)的关系,但由于该关系不包括任何有关EM干扰时间持续时间的信息,因此很难将该关系应用于解码器输出误码率,尽管纠错能力取决于连续性误差。另一方面,PDD的使用使得在误码率估计中考虑电磁干扰的时间序列特性成为可能。比较了脉冲突发干扰下卷积编码和维特比译码的模拟误码率和干扰的PDD和APD估计误码率。
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