1) metacomputing
元计算
1.
Java-based Lightweight Metacomputing;
基于Java的轻量级元计算
2.
Research of Jini Technology and Its Application in Metacomputing;
Jini技术研究及其在元计算领域的应用
3.
A skeleton model of distributed parallel finite element method is proposed, and and two examples of metacomputing are presented.
在此基础上 ,给出了分布式有限元并行计算环境DPFEM (DistributedParallelFiniteElementMehtod)的框架模型 ,实现了有限元元计算的原型。
2) Calculation unit
计算单元
1.
Taking 2000 as the level year,five calculation units as Xidahe irrigation district,mountainous water irrigation district of Liuhe middle stream,well and spring irrigation district of Liuhe middle stream,Hongyashan irrigation district and Dajinghe system were divided,combined with the distribution of water systems.
本文以现状年2000年为水平年,根据流域内的水系分布情况,将流域内划分为西大河山水灌区、六河中游山水灌区、六河中游井泉灌区、红崖山灌区和大靖河系统五个计算单元,对近期水平年2010年的水资源供需平衡进行了分析。
3) Data calculation
诸元计算
1.
If data calculation method is perfected properly,actual launch coordinates and standard launch coordinates could be coincided.
发射点偏差对弹道导弹射击所引起的偏差可归结为垂线、法线与地心矢径的夹角不同和瞄准方位的不同,利用球面三角知识通过垂线偏差求出垂线与地心矢径的夹角,在诸元计算软件中适当修改一下诸元计算方法,使发射坐标系与标准发射坐标系完全重合,可以完全修正垂线偏差的影响,从而可以大大提高弹道导弹的射击精度。
4) calculated body element
计算体元
1.
An arithmetic of imprecise collision detection based on the reach of calculated body element has given in this paper,which has the virtue of efficiency,speedi- ness,and accomplished in pretreatment,but the arithmetic needs much memory to save the reaching information of calculated body element in pretreatment.
介绍了一种基于计算体元可达到性的非精确碰撞检测算法,该算法具有高效、快速、可在预处理阶段完成的优点,但需要占用大量的物理内存空间以保存预处理阶段得到的体元可到达性信息。
5) computing unit
计算单元
1.
Thatis tree grid molel based on the computing unit of enterprises and institutions,the hinge node of province or city’s computingcenter or information center and the general node of national information center.
通过比较目前网格技术的流派,提出了发展具有中国特色的网格技术的构想,即以企事业单位为网络计算单元、以省市计算中心或信息中心为枢纽节点、以国家信息中心为总节点的树状网格模型,并就网格组成模型的功能进行了探讨。
2.
The imagine described tree tape grid model according to corporation and career is a computing unit, province and city s computing center or information center is a hinge node, national information center is general node.
从目前网格技术的流派出发,提出了发展有中国特色的网格技术的构想,即以企事业单位为网络计算单元,以省市计算中心或信息中心为枢纽节点,以国家信息中心为总节点的树状网格模型。
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