相关积分 meaning in Chinese
correlation integral
Examples
- Two approaches to improve the robustness of the detector , each based on a different theirs distortion mechanism . one is based on the modeling as fast fading distortion ( ffd ) whose optimum detector is the segmented replica correlator ( src ) . the second approach is replica correlation integration ( rci ) for time spreading channel ( tsd )
从频率扩展信道( fastfadingdistortion ， ffd )和时间扩展信道( timespreadingdistortion , tsd )的形成机理出发建立了目标回波的数学模型，指出ffd和tsd的最佳检测器分别为分段副本相关器( src )和副本相关积分器( rci ) 。 - At the same time , the optimum detector of ffd and tsd in wavelet domain have been investigated according to properties of cwt . they are wavelet - domain - segmented - replica - correlator ( wdsrc ) and wavelet - domain - replica - correlation - integration ( wdrci ) . and we have proved that their performances are consistent with those in time domain
同时又依据连续小波变换的性质推导出ffd和tsd信道小波变换域的最佳检测器：小波域的分段副本相关器( wdsrc )和小波域的副本相关积分器( wdrci ) ，并从理论和仿真证明了它们与相应的时域检测器性能的一致性，优于小波域的副本相关器( wdrc ) 。 - The analysis methods that the system adopts are introduced from the view of time - domain , frequency - domain and time - frequency - domain . emphasis is focused on the correlation integral analysis method . the measurement parameter of signal nonstationarity defined on the basis of correlation integral is discussed , and the feasibility that it is used to diagnose the faults of dynamic nonstationarity as the characteristic parameter is also investigated with a case
本文将系统中所实现的常规分析方法从时域分析、频域分析和时频域分析三个角度分类进行了说明，重点介绍了相关积分分析方法，探讨了基于相关积分定义信号非平稳性的度量参数，并结合实例探讨了该参数作为特征参数诊断动态过程非平稳类故障的可行性。