Firstly, the environment is discretized into environment map.
该方法首先将虚拟环境离散化成为环境图；
The model is discretized for the convenience of solving the problem.
为便于问题的求解，将模型进行离散化。
Continuous attributes are discretized through maximum entropy method.
连续属性通过极大熵方法离散化。
The boundary integral equation is discretized by the boundary element method.
运用边界单元法将边界积分离散化。
The governing equations were discretized by control volume integration method.
采用控制容积法对控制方程进行离散化；
The discretized tri-diagonal linear algebraic equations are solved with ADI method.
离散后的三对角线性代数方程组用adi方法求解。
We exemplify this result using a time-discretized joining the shortest queue model.
通过初等方法，将该结论应用于时间离散的加入最短队模型。
But classical point matching scheme is not numerically stable in this discretized model.
但是，经典的点匹配方案使该模型的数值稳定性较差。
The discretized forward broadcast decreases in number of kinds of the hold-value on neurons.
离散化正向传输减少了神经元上保持值的种类数目。
The structural basic design variables are discretized according to the local average random field theory.
结构的基本设计变量按局部平均随机场理论离散。
The quadratic programming problem is obtained when the functional is discretized by the finite strip method.
借助有限条法在矩形域上离散这个泛函，得到了一个特殊的二次泛函的规化问题。
The fault characteristic quantity with each selection method is extracted from the original data and discretized.
各单一选线判据从原始故障数据中提取出各自需要的故障特征量并离散化。
The convection term is discretized with upwind-central difference scheme, while the pressure equation is solved by SOR.
对流项用迎风—中心差分格式模拟，压力方程用SOR法迭代求解。
The combined heat transfer equations are discretized in the unstructured meshes and the calculating programs are written.
在非结构化网格中离散复合换热方程，并编写计算程序。
Maxwell's equations can be discretized by finite difference time domain (FDTD) to simulate ground penetrating radar (GPR).
利用时间域有限差分(FDTD)法将麦克斯韦方程进行离散化，可以对地质雷达进行数值模拟。
A discretized method of an equivalent continuum is used for analysis of dynamic behaviors of tall building tubular structures.
用连续-离散化方法分析高层建筑筒体结构的动力特性。
The energy equation and the N-S equations were discretized by the control volume method (CVM) and solved by the SIMPLEC algorithm.
采用控制容积法离散能量方程和N -S方程，并用SIMPLEC算法进行迭代求解。
The diffusion equation was discretized using a local one-dimensional finite difference equation and solved using the speedup method.
扩散方程采用隐式局部一维格式差分离散，利用追赶法求解；
Only the subsoil-foundation boundary is discretized, the same as boundary element method, which reduces the spatial dimension by one.
这些方法，仅对地基-基础界面进行有限元离散，使问题的空间维数减少一维；
The governing equations represented by the general convection diffusion forms are discretized using the finite control volume method.
控制方程采用通用的对流扩散方程并利用有限控制容积法离散。
Because the curves always cannot be discretized completely pursuant to the given criterions, the discretization rules must be modified.
由于曲线往往不能够按要求被完全离散，因此需要对离散原则进行调整。
The computational domain is discretized by a series of elements with adaptable shape, linear inter-potation function is used in each element.
利用一系列适当形状的元素将计算区域离散，在元素内采用线性插值函数。
The coupled velocity, pressure and temperature equations are discretized by the finite volume method and solved by SIMPLEC method in this model.
模型以有限体积法离散，SIMPLEC方法求解速度、压力和温度耦合方程组。
In the normal region, the incontrovertible definition is used to calculate the persistent spin current, and the calculation formula is also discretized.
在正常区域，用没有争议的定义来计算持续的自旋流，将计算持续自旋流的公式也进行离散化。
Two key questions, selection of sampling period and phenomenon of frequency aberrance, must be considered when the continuous notch filter is discretized.
本文讨论了离散化时需重点考虑的两个问题：采样周期的选取和频率畸变。
In this paper a new technique for acceler at ion of convergence of discretized waveform method is proposed for solving ordinary linear differential systems.
提出一种关于求解常微线性系统的离散波形松驰方法的新的加速收敛技巧。
The spatial flux terms are discretized by using central difference scheme and the time integration is performed by using explicit scheme in the flow solver.
流场求解时采用中心差分的有限体积方法对空间通量项进行离散，采用显式推进方法进行时间方向的积分。
A recurrence formula for calculating the displacement and the velocity is derived by combining the theorem of impulse with the method of discretized similarity.
通过结合离散相似法和冲量定理，推演出一个计算位移和速度的递推公式。
In this paper, the controlling equations are discretized according to the PEBI grid on the basis of Block Oil model, which is the most popular model at present.
本文以使用最为广泛的黑油模型为基础，推导了在PEBI网格下的离散控制方程。
In this paper, the controlling equations are discretized according to the PEBI grid on the basis of Block Oil model, which is the most popular model at present.
本文以使用最为广泛的黑油模型为基础，推导了在PEBI网格下的离散控制方程。
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