基于以上语言和技术都具有跨平台及良好的网络传输性，通过VRML的EAI方式实现了装配序列可视化系统的网络应用。
Based on the above, all the language and technology have capabilities of cross-platform and good network transmission, realizing the assembly sequence visualized system by the EAI way of VRML.
序列图通过对代码的反向工程可以展示出方法中所发生的一切，还能以可视化的形式展示出交换的对象与消息。
The sequence diagram shows what happens inside of a method by reverse engineering the code and visually displaying which objects and messages are exchanged.
可视化菜单也允许创建新的序列图(如图6)和新的交互作用。
The Visualize menu also allows you to create a Sequence diagram (Figure 6) and create a new interaction.
这允许感兴趣的区域快速的可视化，而不需要处理全部的基因组序列。
This allows the rapid visualization of regions of interest, without the need to handle the full genome sequences.
它涉及到统计，分析和模式识别，行为分析，时间序列分析，预测建模，可视化，因果的研究等等。
It involves statistics, profiling and pattern recognition, behavioral analysis, time series analysis, predictive modeling, visualization, cause-and-effect studies and more.
它提供了一个直观的界面，协助DNA克隆，序列分析和可视化你的工具。
It provides tools with an intuitive interface that assists you in DNA cloning, sequence analysis and visualisation.
它是由一个简单的表达式语言驱动的，你用来检索时间序列数据，进行计算，找出复杂的问题的答案，并可视化的结果。
It's driven by a simple expression language you use to retrieve time series data, perform calculations to tease out the answers to complex questions, and visualize the results.
为了从运动序列中提取不同类型的运动片段进行人体动画创作，提出一种三维人体运动数据可视化与交互式分割技术。
In order to get primitive actions for animation production, this paper proposes a visualization and interactive segmentation method for 3d human motion sequences.
基因组浏览器是允许用户在一个参考序列(例如一个染色体或片段重叠群)环境内，可视化dna、蛋白质或其他序列特征的软件。
A genome browser is software that allows users to visualize DNA, protein, or other sequence features within the context of a reference sequence, such as a chromosome or contig.
本文主要对基于序列ct二维图像的三维可视化各个步骤的算法进行了研究。
The thesis involves the algorithms researched in every step of 3d reconstruction based on ct images.
给出一种基于光照模型的、针对三阶矩阵迭代的可视化算法，并利用该算法绘制了三阶矩阵单步、多步迭代序列的图形。
In the paper, the effects of the selection of the initial vector and the controlling condition of the iterating cycles in the matrix iteration method are inquired into.
给出一种基于光照模型的、针对三阶矩阵迭代的可视化算法，并利用该算法绘制了三阶矩阵单步、多步迭代序列的图形。
In the paper, the effects of the selection of the initial vector and the controlling condition of the iterating cycles in the matrix iteration method are inquired into.
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