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1·This paper presents a computer program for delay equalizer automatic design.

本文介绍了一种时延均衡器的机助设计程序。

2·This group-delay equalizer can follow any type of HTS microstrip filter in order to reduce phase distortion, enhance group-delay performance, and improve communication quality.

该群时延均衡器能与不同类型超导微带滤波器级联，实现相位均衡，减小相位失真，改善接收机前端信号群时延特性，提高通信质量。

3·A lookup table 46 includes a predetermined plurality of equalizer filter lengths corresponding to different determined or estimated delay spans or another selected metric.

查询表46包括预定的多个均衡器滤波器长度，其对应于不同的确定或估计的延迟范围或另一选择度量。

4·If the length of its cyclic prefix is larger than the delay spread of transmission channel, we can get a simple frequency equalizer to demodulate OFDM signal.

对于传统的OFDM系统来说，如果循环前缀的长度大于信道的时延扩散值，则可以通过简单的频域均衡来解调OF DM信号。

5·According to the principle of circular convolution, a method of realizing non-causal equalizer is proposed to suppress the influence of the group delay effect.

其中针对群延迟的影响，根据循环卷积的原理，提出了一种实现非因果均衡器的方法。

6·Rather than a single carrier solution, OFDM is chosen as a result that its equalizer dealing with the problem of high channel delay spread has lower complexity.

采用正交分频多工而不采用单载波技术的原因为其用于处理高通道延迟扩散问题的等化器具有较低的复杂度。

7·Another exemplary method includes selectively controlling a length of an equalizer based upon a selected characteristic such as delay spread or mobile station speed.

另一示例的方法包括基于所选的特征，例如延迟扩展或移动台速度，来选择性地控制均衡器的长度。

8·The equalizer shows the good performances. With the simulation experiments, the effect of the sample delay to the adaptive equalization performances will be researched. The results show that …

然后结合仿真实验分析研究系统采样延迟对调制自适应均衡性能的影响，实验结果表明其影响作用明显，不可忽略。