The method of moving database changes from the primary to the secondary system varies, but the process produces a window of time during which data has not migrated from one system to the other.
将数据库从主系统移动到辅助系统的方法因情况而异，但是这个过程总会产生一个时间窗，在这个时间窗内，数据还没有完成从一个系统到另一个系统的迁移。
Every time the method is invoked, a message will be printed in the Debugger window.
每当该方法被调用时，Debugger窗口中将打印一条消息。
On the basis of this method, and taking advantages of the methods-time-domain translation as well as the window length change, the uniform formula for the phase difference correction is derived.
在此基础上，将窗中心平移法与时域平移和改变窗长法综合应用，推导出相位差校正的统一公式。
The establishment of beast square support vector machine method and sliding time window is introduced.
介绍了最小二乘支持向量机计算法和滑动时间窗的建立。
In a dynamic uncertain environment, this paper presented a path planning method combined time rolling window and artificial bee colony algorithm for mobile robot.
在动态不确定环境下，本文提出了结合时间滚动窗口与人工蜂群算法的移动机器人路径规划方法。
It is stated how the fuzzy method is used on a VAX computer to automatically construct a plane map of the reflection character changes in a time window.
文中介绍用模糊数学的方法自动构组一个时窗内反射特征变化的平面图，并在VAX计算机上编制了程序。
The correlation integral method can estimate both the time delay and the embedding window, and can avoid subjectivity in calculating the embedding window.
该方法联合考虑了嵌入滞时和嵌入维数，可同时计算出嵌入滞时和嵌入窗宽，避免了以往确定嵌入窗宽的主观性。
According to the periodicity range ambiguity of symmetrical pulses in FMPCW, the processing method of sliding time window is used.
对于FMPCW信号由于均匀脉冲产生的周期性距离模糊的问题，采取时间波门的处理方法。
The time frequency window is adjusted conveniently by using optimum base searching method, moreover, it's not necessary to have stable wave assumption in the window.
通过采用局部余弦最佳基搜索方法，对信息实现不同的时间分割，可非常容易地调整时频窗。不需要在分析窗内对信号作平稳假定，所得结果与原信号完全同步。
In this method, a sliding time window is built and data in the sliding time window are employed to construct the dynamic model of a system.
该方法构造了滚动时间窗，利用滚动时间窗内的数据优化建模。
Using a moving time window in the MOT method, to eliminate the iterative calculation which has no contribution to the present time step, in this way, accelerate effect was obtained.
通过在时间步迭代上加时间窗，从而剔除对于当前时间步没有贡献的迭代计算，达到加速的效果。
A novel recursive subspace method is developed based on fixed length moving window (FLMW) projection approximation used for estimating the modal parameter of linear time-varying structural system.
给出了一个新的用于线性时变参数结构系统模态参数识别的基于固定长度平移窗投影估计的递推子空间方法。
In the same time, a sliding pitch analysis window method is used, so it can reduce the pitch detection error in non-stationary speech segments with irregular pitch.
同时又采用了滑动窗的方法，使得对基音周期不规则的不平稳的语音段进行基音周期估计时的误差减小。
Using the method of window moving in real time, the root mean square value of current of the last cycle was calculated as the criteria for instantaneous overcurrent protection.
用窗口实时移动的思想计算当前时刻以前一周波电流方均根值平方作为瞬动脱扣的判断依据。
A series of control tests such as inner consistency test, threshold value test, FH test, time window moving test, etc. show that the application result of the method is stable.
内符合检验、阈值试验、FH检验、时间窗移动试验等一系列控制试验表明识别结果较稳定。
Did research on the segmenting time series and its algorithm were discussed in sliding window method and clustering analysis.
研究了时间序列的分段线性化表示，对分段算法进行了分析。
The problem of estimating time-varying parameters of econometric models is discussed, by analysing the normal moving window method. A new estimation method-optimal moving window method is proposed.
本文在分析普通移动窗法的基础上，对计量经济模型的时变参数估计问题，提出了一种新的估计方法—最优移动窗法。
After preprocessing the sampled real-time image sequences, moving target tracking is realized by combining improved Ostu algorithm and adaptive window tracing method.
在对采集的实时序列图像进行滤波处理后，本文通过改进最大类间方差法，并将其和自适应波门跟踪方法结合起来实现运动目标的跟踪。
This method includes the following steps: 1. Obtain time polynomial of signal using cross correlation in a time-space window, the polynomial determining the phase times of signal on all traces;
此法的第一步是在信号时-空窗内用多道互相关确定信号时间多项式，此多项式决定了各道的信号相位时间；
This method includes the following steps: 1. Obtain time polynomial of signal using cross correlation in a time-space window, the polynomial determining the phase times of signal on all traces;
此法的第一步是在信号时-空窗内用多道互相关确定信号时间多项式，此多项式决定了各道的信号相位时间；
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