采用第一种策略，应用程序可以作为一个单独的作业，在众多网格计算机中的任意一台上运行。
The first strategy enables the application to run as single job on any of many computers in a grid.
网格映射防止任意一个数据网格占用所有可用的弹性缓存容量。
Grid capping prevents any one data grid from consuming all of the available elastic cache capacity.
这可以是能演示在网格的各个分区上执行的计算的任意数字。
This is a somewhat arbitrary number that will enable us to show the calculations being performed in each partition on the grid.
YUI Grids还定义了一组列式网格，您可以通过嵌入来创建任意复杂的页面。
YUI grids also defines a set of columnar grids that you can nest to create arbitrarily complex pages.
网格JVMs本身需要一些部署信息，但是它们很少、甚至不需要任何定制就可以在几乎任意环境中工作。
Some deployment information is required for the grid JVMs themselves, but they need little or no customization to work in nearly any environment.
初始化显示和shell后，可以添加任意数目的现有对象，如菜单栏、表、按钮、网格等。
After you have the display and shell initialized, you can add any number of existing objects such as menu bars, tables, buttons, grids, and so on.
通过这些方法，我们可以有效地将网格扩展到任意大小。
With approaches like these, we've been able to effectively scale a grid to an arbitrarily large size.
利用数学归纳法证明算法对任意多个离散点三角形网格剖分的正确性，并通过试验验证了算法的可行性。
The mathematical induction is used to prove the correctness of the algorithm towards the triangle mesh of random multi-points, and the experiment proves its feasibility.
研究提出了弹性波方程交错网格任意偶数阶精度差分解法及倾斜界面地表折射盲区计算公式。
The study puts forward the precision difference solution to elastic wave equation, using staggered mesh random even rank, and formula for tilted contact surface's refraction blind zones.
只需输入控制参数，可自动任意划分网格，自动进行单元及结点编号。
It can divide mesh arbitrarily, give the number of element and node automatically.
本文基于波前法提出了一种对任意平面区域生成三角形网格的全自动生成算法。
Based on the advancing front method, an automated triangular mesh generation algorithm for arbitrarily shaped planar regions is presented in this paper.
具有边界清晰、单元形状好、网格密度可控和自动程度高的特点，适合于任意形状的凹或凸多边形。
It is characterized with well defined boundary, good shape, easy control of mesh density and high level of automation, and suit for polygons with any shape.
程序基于物理组成贴体坐标系(PCBFC)，结合任意拉格朗日欧拉坐标法(ale)实现网格的移动。
It is based on physical component and body-fitted coordinate (PCBFC), and applies arbitrary Lagrangian Eulerian (ALE) method to realize the grid moving.
该方法适用于任意皮肤网格组织方式的虚拟人模型，能够在人体各种运动状态下实时生成逼真的全身皮肤运动变形。
The new method can drive arbitrary skin grid of virtual human and can achieve better deformation result in any motion state.
在人脸任意位置下，利用PCA自动确定人脸纵方向，采用网格配准方法提取对称面和对称轮廓线；
The vertical direction of face is determined by the PCA at the random pose. Based on surface registration, the symmetrical surface and symmetrical profile are extracted.
采用二维轴对称坐标系和按规定速度运动的任意四边形网格单元，燃烧室可具有较复杂的几何形状。
Two-dimensional axisymmetrical coordinates and mesh cells with the shape of an arbitrary quadrilateral are employed, which can move with a pre-scribed velocity.
介绍了一种在控制三角形网格上创建光滑样条曲面的算法，该控制网格能够刻画具有或没有边界的任意自由曲面。
The paper introduces an algorithm for creating smooth spline surfaces over control triangular meshes capable of outlining arbitrary free-form surfaces with or without boundary.
应用实例表明：文中算法稳定、高效，适合于任意复杂的二维流形网格。
Experimental results show that the algorithm is efficient, robust and can be applied to arbitrary complex 2d manifold meshes.
利用三维边界拟合坐标变换技术，可将具有任意曲面边界的三维物理区域变成长方体计算区域，在该区域中形成单位立方体差分网格。
By means of BFCT, a three-dimensional physical space with arbitrary configuration can be transformed into standard cube, forming the unit cubic grid.
采用坐标变换方法，将物理平面中任意几何区域上的非均匀网格剖分映射到计算平面中规则区域上的均匀网格剖分。
In this paper, an one to one maping is used to transfer an arbitrary domain and a nonuniform grid on it in physical plane to a rectangular domain with a uniform grid in computational plane.
对于任意平面区域需剖分成较均匀的三角网格，以剖分得到的三角形作为基本的合成单元来进行合成。
With regard to an arbitrary planar region, we decompose it into relatively uniform triangular mesh to produce triangles as the unit for texture synthesis.
利用该平面坐标网二叉树，把平面中的网格点一一映射到一个整数集合上，从而可以把平面中的任意点近似地映射为一个整数，而且可以任意精确，对任意平面图形图象的处理、储存和传输起着极其重要的作用。
The net points of a plane can be mapped onto a set of integers in a one to one way based on the tree, so can any point of a plane be approximately mapped onto an integer with arbitrary accuracy.
首先尝试采用任意曲面椭圆方程，数值生成任意回转面上的叶栅c网格。
First attempts to apply elliptic equation of curved surfaces to generating C-type cascade grids.
提出了地层的任意方向切割方法，即适用于水平截面和斜截面的网格分割法和适用于竖直截面的交线分割法。
Two strata cutting methods were suggested, the grid cutting method to be used for horizontal and sloped sections, and the intersection line cutting method for vertical sections.
这种方法基于任意几何形状网格的抽样定理，利用六边形网格来实现空间离散化。
In the H-FDTD method, Hegxagon grid is used for the spatial discretization by virtue of peridodical sampling theorem based on arbitrary geometry.
自适应网格法是80年代兴起的通过求解椭圆型方程的边值问题来数值生成网格的一种新方法。它是在任意形状的区域上求偏微分方程的数值解的一种非常有效的工具。
Adaptive mesh method which raises in 80's is a new method to numerical generate grid by solving a boundary value problem of elliptic equation.
本文针对带有间断系数的三维椭圆问题，讨论任意四面体剖分下的二次拉格朗日有限元方程的代数多重网格法。
In this paper, we consider a quadratic Lagrangian finite element equation arising from discretizations of 3d elliptic problem with jump coefficients under any tetrahedral partition.
介绍了有限体积数值方法，该方法适用于在任意非结构网格上求解线性和非线性的航空声学问题。
The paper presents a finite volume numerical method universally applicable for solving both linear and nonlinear aeroacoustics problems on arbitrary unstructured meshes.
该算法中的数值离散网格可与任意复杂边界形状吻合一致。
The numerical discrete mesh of the algorithm can fit the arbitrary boundary well.
该算法中的数值离散网格可与任意复杂边界形状吻合一致。
The numerical discrete mesh of the algorithm can fit the arbitrary boundary well.
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