1) computing subject
计算学科
1.
This paper analyzes CC2005, analyzes the knowledge structure constituting the whole computing subject, introduces the concrete teaching requirements of CC2005 on each direction of university’s computing subject, and considers the influence of CC2005 on the teaching reform of our country’s computer science.
对CC2005教程体系进行了分析,概述了构成整个计算学科的知识体系,介绍了CC2005对大学计算学科各方向的具体教学要求,思考了CC2005教程体系对我国计算机专业教育改革带来的影响。
2.
From the viewpoint of some authoritative research results that the definition about the computer science, some relative knowledge system, computing subject in IEEE/CS and ACM, and the catalogue about college majors from Ministry of Education of China, the essay discusses the key point and relative measures in the computer science and technology subject development.
用权威研究成果的视角,即IEEE/CS与ACM关于计算学科的定义、相关知识体系、计算教程和教育部的本科专业目录,探索计算机科学和技术学科建设的关键和相应措施。
2) computing discipline
计算学科
1.
Increase the teaching quality of university computing discipline curriculum, training more useful man, is a concern.
如何提高高校计算学科课程的教学质量,培养更多计算学科的有用人才,是计算学科教育工作者长期关注的问题。
3) scientific computing
科学计算
1.
The contents, methods and significance of scientific computing were expounded.
本文阐述了科学计算的内容、方法和意义，讨论了科学计算在晶体生长研究中的作用以及对工科数学教学的启示。
2.
To deal with this problem,based on the characteristics analysis of scientific computing in engineering design,concept of business component describing the design object′s properties and correspon.
对此,在分析归纳基于科学计算的工程设计特点的基础上,引入了描述设计对象属性及相关业务处理逻辑的业务构件概念,采用了"关系数据库+原始文件+XML Schema"的数据存储方式,提出了基于构件和项目版本的网状版本关系模型,以实现对过程数据和阶段数据进行分别管理,给出了版本合并及可视化等关键技术的实现方式。
3.
It s inevitable to combine workflow techenology with scientific computing to solve repeated and time-cost scientific problem.
科学计算任务的重复性和耗时性使得将工作流技术同科学计算结合起来成为必然趋势。
4) Scientific computation
科学计算
1.
The campus grid is applied for scientific computation,bioinformatics,computational fluid dynamics,etc.
通过使用Globus Toolkit和Sun Grid Engine两种网格中间件,部署层次化结构的校园网格,并在此基础上提供科学计算、生物信息、流体力学等服务。
2.
WHIGG F90 LIB (WFL) is a scientific computation static library written in FORTRAN90 language, which is designed to be used in geoscience.
应用WFL可以减少重复性编程,方便地解决科学计算中数据的预处理问题,结合多种分析方法,对科学问题进行定量分析。
3.
Its basic thought is:Based on mathematics basic theory,in the scientific computation,same or similar computation processes withdraws in realizes beforehand,constructs the procedure framework of some basic algorithm,and the concrete problem solution is left to realize in the concrete design time.
其基本思想是:依据数学基础理论,将科学计算中相同或相似的计算过程提取出来事先实现,构建某一基本算法的程序框架,而将涉及到具体问题的算法部分留到具体设计时实现。
5) scientific calculation
科学计算
1.
By applying the interface of Mathematic and Java,and adopting the technology of JSP and Java Bean,the systematic structure and solution of scientific calculation system based on Web are presented.
研究通过利用M athem atica与Java的接口及运用JSP和Java Bean技术,实现了基于W eb的科学计算系统的体系结构和解决方案。
2.
By applying the interface of Mathematica and Java , and adopting the technology of JSP and Java Bean, the systematic structure and solution of scientific calculation system based on Web are introduced.
通过Mathematica与Java的接口,运用JSP和Java Bean技术,实现了基于Web的科学计算系统的整体设计。
3.
This paper introduced a method of visual programming and scientific calculation of groundwater numerical simulation.
本文介绍了地下水流数值模拟中进行可视化程序设计与科学计算的一种方法 ,通过 VC与 Fortran混合编程理论上的分析及实例计算 ,论证了应用 DL L技术进行数值模拟可视化设计与科学计算实现的可行性 ,这将为地下水流数值模拟系统软件设计提供依据。
6) science computing
科学计算
1.
Research of secure system based on science computing;
安全科学计算系统SSCS实现
2.
Preliminary Study on Geometry Multi-State Model of Science Computing;
科学计算中的几何多态模型初探
补充资料：洪水调节计算(见水库调洪计算)
洪水调节计算(见水库调洪计算)
hongshui tiaojie洪水调节计算J ISUan 见水库调洪计算。
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