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Application of bit error rate monitoring to differential detection of MSK, QPSK, OQPSK and DUOMSK signals

机译:误码率监测在MSK,QPSK,OQPSK和DUOMSK信号的差分检测中的应用

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The pseudoerror method based on amplitude threshold variation is applied to differential detection of QPSK (quaternary phase-shift keying), OQPSK (offset QPSK), DUOMSK (duobinary minimum-shift keying), and MSK signals. The objective of this differential-detection estimation was to reduce the simulation time required for bit-error-rate estimation relative to the Monte Carlo method. The gain in simulation time obtained in this way was shown in a specific case to be on the order of 5.5 and 8.7 for amplitude thresholds of 10 and 15%. The small approximation error values of the order of 0.1 to 0.4 dB obtained with these thresholds lead to the conclusion that the method gives very good results, permitting performance estimates for bit error rates smaller than 10/sup -4/.
机译:基于幅度阈值变化的伪误差方法应用于QPSK(四元相移键控),OQPSK(偏移QPSK),DUOMSK(Duocinary最小移键)和MSK信号的差分检测。该差分检测估计的目的是减少相对于蒙特卡罗方法的比特差估计所需的模拟时间。以这种方式获得的模拟时间的增益在特定情况下示出为5.5和8.7的幅度阈值为10和15%。使用这些阈值获得的0.1至0.4dB的小近似误差值导致该方法提供了非常好的结果,允许比10 / sup -4 /的比特误差速率的性能估计。

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