1·This paper introduces the concept of cepstrum.
介绍了倒谱的概念。
2·The blind audio watermarking algorithm based on cepstrum transform.
基于倒谱变换的音频盲水印算法。
3·Spectrum zoom technique and power cepstrum are two important aided methods in vibration signal analysis.
频谱细化技术和功率倒频谱是振动信号分析的两种重要辅助方法。
4·This paper proposes a robust and blind digital audio watermarking algorithm based on cepstrum transform.
提出一种基于倒谱变换的数字音频健壮盲水印算法。
5·When extracting, only the LSB of mean of complex cepstrum coefficients was judged to restore the watermark.
提取时，只需要判断倒谱域均值的LS B奇偶来恢复秘密水印。
6·In this paper, a new method using the cepstrum technique for removal of the effects of reflection is offered.
本文根据传声通道的响应特性，提出一种用倒频谱技术消除声反射影响的方法。
7·Speaker normalization consists of cepstrum mean normalization (CMN) and vocal tract length normalization (VTLN).
说话人归一化包括倒谱均值归一化（CMN）和声道长度归一化（VTLN）。
8·To use power cepstrum, the transfer function is smoothed. Effect of identifying of cylinder pressure is increased.
结合功率倒谱技术，平滑了传递函数，提高了气缸压力的识别效果。
9·The cepstrum envelope analysis is applied to solve the problem of the diagnosis of bearing failure to hydraulic pump.
利用倒谱包络方法解决液压泵轴承故障特征提取和故障诊断的问题。
10·The special functions of cepstrum in testing cycle signal and side-band identification were fully proved by application.
实践证明了，倒频谱在检测周期信号和识别边频上具有独特的功能。
1·Usingthecomplex Cepstrum coefficients, theall-pass denominator coefficientsare obtained based on the relation betweenthecomplex Cepstrum and the stable minimum-phase sequence.
该方法是基于复倒谱和平稳最小相位序列之间的关系提出的。
2·In the meantime, mechanisms against desynchronization attacks and cepstrum filtering are introduced to enhance robustness.
同时，通过引入抗异步攻击的机制和倒谱滤波，增强了算法的鲁棒性。
3·Methods "Virtual Box count" method was used to collect blood cell membrane signals, which was subsequently processed using the wavelets transform combined with the complex cepstrum analysis method.
方法利用“虚拟盒计数法”方法采集血膜中的细胞分布数据信号，然后进行小波变换结合复倒谱分析方法处理。
4·This paper proposed a robust, transparent and blind digital audio watermarking algorithm base on complex cepstrum coefficient mean comparison.
提出一种基于复倒谱系数均值比较的数字音频健壮、透明及盲水印算法。
5·The blind audio watermarking algorithm based on cepstrum transform.
基于倒谱变换的音频盲水印算法。
1·The special functions of cepstrum in testing cycle signal and side-band identification were fully proved by application.
实践证明了，倒频谱在检测周期信号和识别边频上具有独特的功能。
2·Application of cepstrum analysis and other advanced technology to troubleshoot the reducer, the establishment of fault diagnosis expert system.
应用倒频谱分析等先进技术对减速机进行故障诊断，建立故障诊断专家系统。