科学计算可视化技术在医学领域中正得到越来越广泛的应用。
Visualization in Scientific Computing is being applied in the field of Medicinal Science increasingly.
该系统的研究是科学计算可视化技术的一个重要应用领域，是医学图像处理领域的热点问题。
The system of visualization in scientific computing is an important technology applications in the field of medical image processing is a hot issue.
本系统的三维模型浏览功能下是应用科学计算可视化技术来指导设计，检验箱梁设计的正确性。
Three dimensional browse function of the system has just used visual technology to show whether the box beam is correctly designed.
医学图像三维重建是目前科学计算可视化技术中的一个研究热点，在医学领域中有着广泛的应用前景。
At present, 3d reconstruction from medical images is a hot subject in the field of Visualization in Scientific Computing, and it will be applied widely in medicine.
应用先进的计算机图形学及科学计算可视化技术，编制了非线性动力系统仿真分析程序，可直观地分析混沌动力系统的轨迹特性。
This paper compiles the analysing program for the simulation of the nonlinear dynamic system. With this program, the locus property of the nonlinear dynamic system can be analysed visually.
Mathematica提供了一个整合的技术计算平台，使计算、可视化和数据访问成为可能，从而解决了编程问题。
Mathematica answers the programming challenge by providing an integrated technical computing platform, enabling computation, visualization, and data access.
运用计算机图形技术进行了低温谷物干燥计算机模拟的可视化研究。
A visualization study on the computer simulation of low temperature grain drying is carried out.
然而生物信息技术具有跨学科的特点，其中复杂的数学计算、逻辑推导、数据可视化往往令生物学家望而却步。
But the interdisciplinary characteristic of Bioinformatics technology, such as complicated mathematics counting, logic analysis, visual data, Often makes biologists hang back.
流线是一种基本的流场可视化技术，计算流线要耗费大量时间。
Streamline is one of the most fundamental techniques for visualizing steady flow fields, but calculating streamlines is a CPU intensive work.
从前置处理、数值计算及后置处理三个方面出发，着重介绍可视化技术在电阻点焊过程数值分析软件中的应用。
Based on the pre-process, numerical simulation and post-process, the application of visualization technique, which is used in the numerical analysis of resistance spot welding process, is introduced.
跟踪驾驭技术是目前科学计算可视化中重要的研究领域之一。
Tracing and steering technologies is one of more important research fields of current Visualization in Scientific Computation.
屏幕地图是随着数字地图和地理信息系统技术的应用、计算机可视化研究的深入而产生的。
With the application of Digital Map and Geographical Information System and progress of Computer Visualization, Screen Map is developed.
介绍了基于WINDOWS平台、应用可视化编程技术的台阶爆破计算机模拟系统的编制方法。
Based on WINDOWS system and applied visual programming technology, programming methods of computer simulation system for bench blasting are introduced.
数据挖掘技术起源于从统计方法，模式识别，数据库，人工智能，高性能和并行计算和可视化。
Data mining techniques have their origins in methods from statistics, pattern recognition, databases, artificial intelligence, high performance and parallel computing and visualization.
最后，基于可视化技术开发了新型开关磁阻电动机二维电磁场计算软件。
Novel software based on visualized environment for calculating electromagnetic field in SRM is developed.
并行可视化技术可以增加处理规模，提高处理速度，已经成为科学计算可视化领域的一个研究热点。
The parallel visualization technology can increase the processing scale, advance the processing speed, and have become a research hotspot of the science compute visualization area.
计算机可视化模拟技术作为当前研究热点，在各种工程试验中得到了应用，但在海洋工程试验研究中尚未有见。
Visualization of simulation in computer science as a main research area, has been applied to kinds of engineering experiments, but is less available in experimental research in ocean engineering.
三维真实感的图形技术是科学计算可视化、电脑动画和三维地理信息系统的核心。
The graphic technology of 3d verity is the core of visualization in calculation, computer animation and 3d GIS.
计算机可视化技术的飞速发展为我们提供了直观有效准确的放疗计划手段。
Due to the computer visualization technology, we got an accurate way, intuitionistic and efficient, to constitute the treatment planning.
具有独特的速度建模、叠前深度偏移成像、高效并行计算、三维可视化和性能优化等特色技术。
Accurate velocity model building, advanced PSDM, high efficient parallel computing, 3-d visualization and performance optimization are characteristic techniques.
随着计算机技术的飞速发展，分布式交互仿真可视化技术为多种武器和多种战术的综合运用、适应未来作战环境下武器体系对抗提供了一种试验手段。
As the rapid progresses of computer technique, interactive Technology provide a trial way of integrated wield manifold weapons and tactics and armament system counterwork in future campaign.
可视化系统最重要的目标是利用计算机技术，生成实时的、真实感强的图形。
The most important target of visualization system is creating real virtual world using computer technology.
以模糊聚类法为算法基础，运用计算机可视化技术，进行大气环境质量评价初步探索。
Based on the method of fuzzy comprehensive judgement, this paper applies the technique of computer visualization and probes into the evaluation of the atmospheric environment.
本文分别从实验过程演示和实验结果数据处理两方面研究了应用计算机技术实现药学计算可视化的方法。
The methods were developed with which realize visualization in pharmaceutical computing and demonstrate the process of experiment or process data.
细胞周期本体论通过语义网技术成为可能，并可以通过网络访问用于浏览、可视化、高级查询及计算推理。
Cell Cycle Ontology is enabled by semantic web technologies, and is accessible via the web for browsing, visualizing, advanced querying, and computational reasoning.
利用计算机可视化技术，把计算结果由传统的数字统计转换为图形。
The simulation results will be presented in graphics instead of traditional statistics by using visualization technology.
如何利用现有的系统分析技术、数值分析理论、计算机数据处理和显示技术构成新的运行状态可视化平台，已成为亟待解决的问题。
It is urgent to construct a new operating state visualizing platform by using power system analysis methods, numerical analysis methods and computer data processing and visualizing technique.
可视化技术分为计算数字可视化技术和物理可视化技术。
Computer digital visualization and physical model visualization are involved in this technology.
三维重建是计算机视觉、模式识别以及可视化技术等领域中的经典研究主题。
Three-dimension reconstruction is a typical research point in many fields such as calculator vision, mode identify and video technique.
本文采用线性化技术对陶瓷坯釉配方进行了设计，化分模块，建立数学模型，并用计算机可视化VB语言进行编程。
In this paper, the module of the ceramic batch formula is designed using linearization technology. The models are programmed with Visual Basic (VB) language.
应用推荐