这个系统的薄弱之处在于对原始任务序列的传输。
The weak point of the system is the transmission of the initial task sequence.
对所有需要备份的位置重复该序列。
Repeat this sequence for all the places that require backup.
让我们对序列中的每个步骤进行更仔细的研究。
保存这个引用是为了加快日后对同一个类的序列化。
This reference is kept to speed up future serialization of the same class.
替换字符串可能包含对在之前的匹配中捕获的子序列的引用。
The replacement string may contain references to subsequences captured during the previous match.
对返回值进行反序列化。
对经过预处理的测试数据进行三次样条插值，得到基本时间序列。
First, the testing data must be interpolated and the basic time series must be built.
图5.1是一个对给定二进制序列进行解码的网络。
Figure 5.1 shows a network that decodes a given bit sequence.
这样对季节性时间序列进行单位根检验是很必要的。
Thus, testing unit root in seasonal time series is necessary.
对扩增产物进行了DNA序列分析。
The analysis was based on the amplification through DNA sequence system.
对这个建筑来说，序列是一个非常重要的概念。
Sequence is an important concept when it comes to this building.
运用时间序列法对未来几年的产量进行预测。
Finally, we use time series method to predict the output of the next few years.
文中对彩色序列图像的三维重构方法做了一些研究。
For Color slice images a new reconstruction method was proposed in the paper.
采用聚类分析方法对交通流时间序列进行分析可以发现典型的交通流变化模式。
By clustering of traffic flow time series, the typical traffic fluctuation patterns can be found.
图5.1是一个对给定二进制序列进行解码的网络。
Figure 5.1 shows a network that decodes a given bIt 'sequence.
最后，对长记忆时间序列arfima模型进行了贝叶斯分析。
Finally, we give Bayesian analysis of the long memory time series ARFIMA model.
第二、对混沌时间序列进行预测。
RBF网络对非线性时间序列具有很高的建模精度；
RBF network can model nonlinear time series with high precision;
在模型基础上，用分层序列法对培养基组成及浓度进行优化。
On the basis of the models optimization of the cultural medium is made.
利用时间序列分析方法对混沌经济时间序列进行研究。
Chaotic economic time series are studied by using time series analyzing methods.
对两个片段核苷酸和氨基酸序列进行了同源性分析。
The homologous analysis of two fragments was also accomplished.
对两个片段核苷酸和氨基酸序列进行了同源性分析。
The homologous analysis of two fragments was also accomplished.
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