In this model the vectors are stored in a memory matrix in the form of vector pairs.
在这种模式中，矢量是以矢量对的形式被贮存在存储矩阵中。
In the simplest form, this can be looked at as a matrix with one column containing the memory addresses and another column containing the source triplet (file, line, and column).
简单来说，可以将它看作是一个矩阵，其中一列包含内存地址，另一列包含源triplet(文件、代码行和列)。
When solving matrix equation, it may be limited by the memory and the speed of the computer.
当求解矩阵方程时，计算机对求解的问题有内存和速度的限制。
The method of this paper can't be used to calculate electric-big size targets, because there will be much more units in the matrix, and all these are limited by the speed and memory of computer.
本文所采用的矩量法不适合分析电大尺寸的目标，因为在计算的过程中有更加庞大的矩阵计算，这些都被计算机速度和内存所限制了。
An efficient way to compute projection coefficient matrix together with memory optimization is presented in this paper.
提出一种可以在联合代数重建方法中快速计算投影系数矩阵并优化内存的方法。
The method requires less computation time and smaller memory than the direct computation of volume integral equations, since the large scale matrix inversion may be avoided.
由于不必进行直接的大型矩阵求逆运算，因而与体积分方程的直接解法相比，所需的机时更少，并减少了对内存的要求。
This text regards adjacent matrix as the memory structure of graph, and points out how to realize Kruskal algorithm in the computer, and analyses its complexity.
本文以邻接矩阵作为图的存储结构，指出如何在计算机上实现克鲁斯·卡尔算法，并分析所设计算法的时间复杂度。
From the design of epoxy resin system, two-stage rigidization epoxy resin matrix with thermal induced shape memory property was prepared.
本文制备了可二阶段固化的形状记忆环氧树脂基体，研究了形状记忆环氧树脂及其复合材料的形状记忆特性和力学性能。
A modified method, the matrix linear interpolation adaptation method, is proposed in this paper to overcome the memory limitation.
为克服这一缺点，该文提出一种改进方法——矩阵线性插值自适应算法。
Methods used now almost stay in memory, and need to create discernibility matrix, so that it may lead to some demerits as time and space complex.
分析了目前常用求属性核方法，大都建立在内存中，需要构造差别矩阵，存在时空复杂度较大的不足。
Since it does not need to calculate sensitivity matrix and the relaxation technique is used, this algorithm is advantageous to save computational time and memory space.
由于不需计算灵敏度逆矩阵和采用松驰技术，本算法具有计算速度快、收敛性能好和占用空间少的优点。
Analyzing principle of fault detection in main memory based on characteristic matrix, the paper introduces the condition and methods of detecting address bit and data bit.
在分析基于特征矩阵的主存故障检测方法原理的基础上，介绍了检测地址位及数据位故障时特征矩阵存在的条件及其确定方法。
In the system, Relation database model is adopted to memory the parameter information of the device, and the adjacent matrix is used to memory the network topology of power system.
该系统利用关系数据库模型存储设备的参数信息，构造邻接矩阵记录电网的拓扑结构。
In finite element analysis, the bandwidth of the whole stiffness matrix is reduced by optimizing the node numbering, thereby the needed memory space is saved and the calculation time is reduced.
在有限元计算过程中，可通过优化节点编号来减少整体刚度矩阵的带宽，从而节约存储空间，减少有限元分析的计算时间。
Reset Matrix Mixer and Clear Matrix Memory.
重新启动矩阵器，并且清除记忆。
Especially, the shape memory alloy (reinforced) aluminium matrix composites have been introduced.
形状记忆合金增强的铝基复合材料的情况进行了介绍。
In order to Solve problems on a larger scale by microcomputers, the one dimensional change bandwidth memory is chosen for the total stiffness matrix of the structure.
为便于使用微机解算较大规模的课题，结构总刚阵采用一维变带宽存贮。
Parameters of geometric calibration algorithm are optimized by the feature of orthodox matrix. Time and memory accord with real time system.
根据正交矩阵特点简化参数求解，使运算满足了实时系统的要求。
Parameters of geometric calibration algorithm are optimized by the feature of orthodox matrix. Time and memory accord with real time system.
根据正交矩阵特点简化参数求解，使运算满足了实时系统的要求。
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