1) Visualization in pharmaceutical computing
药学计算可视化
1.
Visualization in pharmaceutical computing is a method that integrates computer science with pharmacy science and adopts CG (computer graph) technique for displaying the varying physical quantity in time and space as well as the internal change of things.
药学计算可视化是指将计算机科学与药学科学相结合,采用图形图像信息处理技术来表征时间和空间变化的各种物理量以及事物内在变化规律,在屏幕上进行静态或动态显示,以便研究人员及时正确地理解和把握科学研究过程中的各种现象和结果,并进行交互处理的理论、方法和技术。
2) Scientific Visualization
科学计算可视化
1.
Research on Applications for Scientific Visualization;
科学计算可视化的应用研究
2.
On the basis of characteristics of both structure engineering and structure analysis software, from the view of scientific visualization, the basic system of structure dynamic simulation and common structure visualizations are proposed in this paper.
针对土木工程领域的特点,主要从科学计算可视化的角度,对结构受力的计算机动态模拟技术进行了研究,并提出了结构受力动态模拟系统的基本构架及结构动态分析可视化的通用方法。
3.
After extracting the isolines of medical cross section data set, we first link every two adjacent contours by triangular facets and then progressively fill the volume of each specific substance with tetrahedra to obtain the layered geometrical model for virtual surgery and scientific visualization.
断层扫描数据广泛存在于医学、地质、气象及无损探伤领域 ,对断层数据的体重构是科学计算可视化研究的一个重要课题 。
3) ViSC
科学计算可视化
1.
Now,it has various forms from the time that Visualization in Science and Computing(ViSC)is put forward,which are Visualization in Science and Computing(ViSC),Data Visualization,Information Visualization and Knowledge Visualization and so on.
从最初科学计算可视化的提出到现在的知识可视化,它已经形成了若干分支:科学计算可视化、数据可视化、信息可视化和知识可视化等。
2.
The key of visualization in scientific computing(ViSC) is 3-D visualization.
科学计算可视化的核心是三维数据场的可视化,当前三维可视化的研究热点是体绘制技术。
3.
Visualization In Scientific Computing (VISC) is a rapidly developing application of computer graphics.
科学计算可视化是近年来迅速发展的一个新兴领域。
4) visualization in scientific computation
科学计算可视化
1.
The application of visualization in scientific computation in structural analysis;
论科学计算可视化在结构分析中的应用
2.
The paper discussed the features of visualization in scientific computations which were used in the field of virtual instruments, and the implementation approaches.
介绍了虚拟仪器中科学计算可视化的特点和实现方法。
3.
With the fast development of science and technology, visualization in scientific computation is widely used in all kinds of fields.
随着当代科学技术的飞速发展,科学计算可视化已经在各个领域得到了广泛的应用,但对于核聚变反应堆概念设计这个特殊的领域,其设计过程复杂,数据量庞大,数据样式各异,分析研究的对象也是多种多样,通常的可视化方法在处理这样的大规模复杂信息时,显得十分困难,因此需要更加先进的可视化技术。
5) visualization in scientific computing
科学计算可视化
1.
Visualization in Scientific Computing Application in Converter-Laser-Measure-Margin-System;
科学计算可视化技术在转炉激光测厚系统中的应用
2.
This algorithm is used very well in visualization in scientific computing.
在科学计算可视化中得到很好地应用。
3.
Vector field visualization is an important part of visualization in scientific computing.
矢量场可视化是科学计算可视化的重要组成部分。
6) visiblecal culating
可视化科学计算
补充资料:地理信息可视化
地理信息可视化( geographic information visualization)
地理信息可视化是将地理信息数据转换为人们容易理解的图形图像方式。随着计算机、图形、图像技术的飞速发展,人们现在已经可以用丰富的色彩、动画技术、三维立体显示及仿真等手段,形象地表现各种地形特征。
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