研究结果表明：在时间扩展畸变信道中，副本相关积分器具有稳健的、最佳的检测性能。
It is shown that the replica correlation integration processor is robust and has optimum performance in the time spreading distortive channel.
线性预测可用于扩展数据组并产生无畸变的谱，只是稍微花费一些计算时间。
LP can be used to extend the data sets and to create an undistorted spectrum at the expense of a small increase in calculation time.
数据速率的提高导致数字信号的上升沿和下降沿时间不断缩短、脉宽变窄和周期减小，从而使数字信号在传输过程中出现毛刺、扭曲和扩展等畸变现象。
At high speeds, logic signals often appear hairy, jagged and distorted because of fast signal rise and fall time. We must avoid these phenomena in the high-speed digital circuit system.
时间扩展信道(TSD)是信道畸变的一种常见形式，它的最佳似然比检测器是副本相关积分器(RCI)。
The optimum LRT detector of time spreading dispersion channel, a familiar channel dispersion form, is replica correlation integrator (RCI).
时间扩展信道(TSD)是信道畸变的一种常见形式，它的最佳似然比检测器是副本相关积分器(RCI)。
The optimum LRT detector of time spreading dispersion channel, a familiar channel dispersion form, is replica correlation integrator (RCI).
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