weixingtianxian--zitaijiaojisuan

本程序为简易的CUDA编程，两个程序都是计算矩阵的乘法。其中Matrix1和Matrix2的区别是Matrix2使用了shared memory。每个程序都使用了串行和并行两种方式计算乘法，最后将并行的运算结果与串行运算结果对比，验证计算的正确性。同时，程序中利用CUDA计时模块统计了并行运算的耗时。因此可以得出使用shared memory后改善的运行时间。

说明：  深度学习的中文版本，里面详细介绍了深度学习的各种算法，其中还有一些用到的基础内容，例如矩阵和向量的范数(Chinese version of the depth of learning, which detailed the depth of learning algorithms, some of which used the basics, such as vector and matrix norm)

优化matlab,toolbox,可以用于各种优化问题(Optimization matlab, toolbox, can be used for a variety of optimization problems)

提出了一种以目标函数变化量作为评价函数的改进禁忌搜索算法,并进行了理论分析,然后将其与有效禁忌搜索算法作了性能比较。通过比较三个公共测试数据集的计算结果,验证了本文提出的禁忌搜索算法的可行性和有效性。(Proposed a change in the objective function as the evaluation function of the improved tabu search algorithm, and has carried on the theoretical analysis, then made a performance comparison with tabu search algorithm is effective. By comparing the calculation results of three test data set, and verified the feasibility and effectiveness of the proposed tabu search algorithm.)

实现环氧树脂交联，设定交联度，并统计不同交联度的结构，密度，能量等(Achieve the epoxy resin crosslinking, set the crosslinking degree, and count the structure, density and energy of different crosslinking degree)

左矩阵A是m×s，右矩阵B是s×n，结果矩阵C是m×n。

在Isight环境中集成UG/ANSYS，将UG的prt文件先储存文x_t格式文件，然后再导入ANSYS计算，将实现一个ugupdate.exe，功能除了更新prt文件文还将prt文件另存为x_t文件，以供ANSYS调用。(The Isight environment integrated the UG/ANSYS, the UG prt files first to store text x_t format file, and then import the ANSYS calculation will achieve a ugupdate.exe, functions in addition to updated prt files text will prt files saved as files x_t, for ANSYS invoked.)

#include #define  NUMBER   4 void main( ) {    int i=1; float f0,dt,dx,dz; int mx,mz,ntmax,pml,sou_x,sou_z,rec_start,rec_end,rec_int,rec_depth; char shotID[5],record_pp[30],vp_name[30],rou_name[30],mig_name[30],mig_pyt_name[30],mig_udlf_name[40],shuoming[30]; FILE *fp,*f; /*&不合法变量*/     printf("** This program is to show the block file input & output** "); fp=fopen(

umat for hot stamping use uexpan in abaqus

Lattice Boltzmann Method 模拟单相流体(LBM simulation for single phase flow)