故障自诊断系统中检测的动态数据流能自动显示。
The dynamic date flow detected can be displayed automatically in the tester.
本文将集中探讨Struts2action类与结果页之间的动态数据流的实现细节。
The article focuses on the implementation details of the flow of dynamic data between Struts 2 Action classes and the result pages.
首先阐述了相关概念，接着提出了一种基于动态数据流挖掘的案例推理模型，其中动态数据流挖掘算法采用改进的数据流聚类算法。
This paper describes the relevant concepts and presents a model of CBR based on dynamic data stream mining, and gives an improved clustering algorithm of data stream.
通过此模型使用基于动态数据流挖掘的案例推理技术，对数据进行实时挖掘，产生连续、动态的临时案例库，实现知识库的实时更新，从而满足实际问题变化的需要。
Through this model the system can mine real-time datum, produce continuous, dynamic temporary cases, update the knowledge base in real time and meet the needs of the practical problems.
一般图形语言运行是动态纯数据流驱动的，在占用系统资源和事件实时响应上都有缺陷。
But the general graphic language is run and driven by a dynamic pure dataflow which USES up systematic resource and limits the real time performance.
应用该多层概要数据结构，实现了面向数据流的多层频繁项集的动态近似查找算法。
Applying the hierarchical sketch, an algorithm that finds hierarchical frequent items over data streams dynamically and approximately was implemented.
为了解决雷达信号分选中准确性与实时性相矛盾的问题，提出了一种基于数据流聚类的动态信号分选框架。
In order to solve the contradiction between the accuracy and the real time in radar signal sorting, a dynamic signal sorting frame based on data stream clustering is proposed.
关于数据流抽样的论文，包括基于密度的抽样，动态分层抽样等。
Sample papers on data flow, including density-based sampling, stratified sampling and other dynamic.
它动态地把信源序列转化成高斯白噪声分布的数据流，再通过量化、平衡编码进行序列优化，以得到所需的扩频码。
It transfers the data source to dynamic Gauss White noise. Then quantizing and optimizing the noise, we can get the final spread sequence.
针对数据流的无限输入和动态变化等特点，提出一种新的基于距离的数据流离群点挖掘算法。
Concerning the infinite input and dynamic change in data stream environment, a new algorithm for detecting data stream outliers based on distance was proposed.
在此基础上，以工作流技术为核心构建数据转换逻辑，以实现整个数据流的无缝流转和地质资源的动态管理。
Based on this, the data conversion logic on the direction of workflow technology was provided to realize the seamless transfer and dynamic management on the information of geological resources.
在此基础上，以工作流技术为核心构建数据转换逻辑，以实现整个数据流的无缝流转和地质资源的动态管理。
Based on this, the data conversion logic on the direction of workflow technology was provided to realize the seamless transfer and dynamic management on the information of geological resources.
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