1) Hybrid timing analysis
混合时序分析
1.
In the course of dynamic crosstalk noise identification,hybrid timing analysis is used to provide accurate signal arrival time,which can provide more accurate timing information than static timing analysis.
针对基于传统静态时序分析的结果过于保守的缺点,本算法引入了混合时序分析,缩小了时间窗区间,为动态串扰噪声的识别提供了准确的时序信息,与此同时,通过测试生成来验证信号间的逻辑关系,根据这些准确的时序及逻辑信息,识别出动态串扰噪声。
2.
When identifying dynamic crosstalk noise,hybrid timing analysis is used to provide accurate signal arrival time,at the same time,a novel test generation is chosen to verify the correlation of signals.
在动态串扰噪声的识别中,引入了混合时序分析,缩小了时间窗区间,并通过测试生成来验证信号间的逻辑关系,通过这些准确的时序及逻辑信息,识别出串扰目标。
2) mixed frequency-time analysis
时-频混合分析
3) Hybrid Time-Frequency Analysis
混合时频分析
1.
Hybrid Time-Frequency Analysis Methods for Mechanical Fault Feature Extraction;
面向机械故障特征提取的混合时频分析方法研究
4) chaotic time series analysis
混沌时间序列分析
1.
Researches on Recognition of Well Logs Based on the Chaotic Time Series Analysis;
基于混沌时间序列分析的测井曲线识别研究
2.
Programming combined MATLAB with Visual G + + in chaotic time series analysis is a fast and efficient method.
应用MATLAB与VC++混合编程进行混沌时间序列分析是一种快速有效的方法。
3.
The nonlinear dynamic theory and the chaotic time series analysis method were adopted to examine the nonlinear characteristics of strong earthquake ground motions in this paper.
引入非线性动力学理论和混沌时间序列分析方法考察强震地面运动加速度时程的非线性特征。
5) time series analysis
时序分析
1.
The basic principle and method of time series analysis and its application in thermal error modeling on NC machine tools were presented.
利用实测的热误差序列进行时序分析识模、建模和预报。
2.
The discharge sequences composed of the time ratios of normal discharge were studied by time series analysis method.
为研究电火花线切割加工中伺服进给状态 ,开发了一种间隙放电状态检测系统 ,对典型伺服进给状态下高速走丝电火花线切割加工过程进行了检测 ,并运用时序分析的方法对正常放电序列结构进行了辨识 。
3.
A gear fault diagnosis method based on time series analysis and back-propagation networks is proposed.
通过对齿轮箱正常和故障运行状态的振动信号进行时序分析,利用时序模型提取齿轮不同状态的特征,并以其自回归参数组成特征向量作为BP网络分类器的输入进行网络训练,从而实现了对齿轮正常、裂纹和局部点蚀的状态识别与诊断。
6) timing analysis
时序分析
1.
In this paper,we introduce the basic concepts of timing analysis in the digital circuits.
时序分析在数字电路的设计中有非常重要的作用。
补充资料：时序女神
时序女神(horae)：宙斯和忒弥斯诸女，
欧诺弥亚(eunomia）秩序女神
狄刻(dike)公正女神
厄瑞涅(eirene）和平女神.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条