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xishujuzenh
- 稀疏矩阵 1、 应用程序 直接可以实现矩阵的各项操作。 2、 查看原代码VC++6.0打开“稀疏矩阵\\creatematrix.dsp”或者用记事本打开“稀疏矩阵\\creatematrix.cpp” 3、 代码简单说明: 本程序是一个工程文件包含了链式与顺序两种多项是处理方式: 十字链表:矩阵的结构体:matnode; 三元组顺序:矩阵结构体:tsmat 4、ADT在文件夹“稀疏矩阵”里 -a sparse matrix, t
S200502106_SVM_for_classfication
- SVM用于模式识别 整理别人的代码(原来的是英文)所得: kernel.m用于内积矩阵的计算 svcplot.m用于绘图 svm168.m是主程序 testlin.m是采用线形内积函数的支持向量机应用的 文件 testrbf.m是采用RBF内积函数的支持向量机应用 的 文件 每个文件中都有说明。 仿真平台matlab7.0, 仿真全部通过 将所有文件拷贝到work目录下(注意不要直接将上层文件夹直接拷贝到work目录下,若那样操作,必须在matla
TRIEIGE
- computes the eigenvalues of a symmetric tridiagonal * matrix T. The user may ask for all eigenvalues, all eigenvalues in the half-open interval (VL, VU], or the IL-th through IU-th eigenvalues.-computes the eigenvalues of a symmetric tr idiagona
CoinUtils-2.2.5
- The CoinUtils project is a collection of open-source utilities developed and used by a variety of other projects in the COIN-OR repository. The project includes classes for storing and manipulating sparse matrices and vectors, performing matrix facto
commons-math-1.2
- 矩阵运算,java版本,可以修改,开源的-Matrix calculation, java version, can be amended, open source
FiberGratingSpectra
- 传输矩阵法计算啁啾光栅反射谱 本节中给出传输矩阵法计算啁啾光栅反射谱和 时延的完整M at lab 程序实例, 本段代码在 M at lab513 和W indow s2000 环境中运行通过。运行结果如图8 所示。可以改变光栅长度、有效折射率、折射率调制深度、啁啾系数等参数来获得不同参数下光栅反射谱和时延曲线。如果打开“% 切趾”行的屏蔽符“% ”则可得到切趾后光栅反射谱和时延特性曲线, 此时计算所得的曲线将比图8 中所示的曲线平滑很多。-Transfer matrix metho
My_NRflow
- 各个子文件介绍!! 1.powerflow(主程序) 2.y(节点导纳矩阵) 3. run_NR (利用NR法计算潮流) 4. openfile (打开文件) 5. printY (显示Y矩阵) 6. newnode (节点重新编号) 7. Renode (还原节点) 8. form_jac (求取j矩阵) 9. dPQ (求取有功无功不平衡量) 10. PowerResult(计算节点电压相角) 11. PowerLosses(计算支路性息)
onoff
- f the input is a numeric array, it returns a cell array of strings of on or off depending on the logical outcome. Conversely, if the input is a cell array of strings of on or off , then it does the reverse, i.e. returns the logical matrix where
rls_identifikation
- RLS identification algorithm. RLS is used to identify a discrete time model of a plant operating in open-loop based on the recursive least squares method and the UD factorization for updating the adaption gain matrix (F).-RLS identification algori
Matrix
- Program includes class "macierz" (pl. matrix) with parallel multiply which uses open mp. It s simple multiply, not for example Strassen method.
shadar_gurav
- Shadar 3 open source. Matrix multiplication
quanpailie
- 依次输入exchange swap tianchongJ即可,若想修改全排列矩阵的大小,可在MATLAB中打开tianchongJ修改J和N。 -Enter exchange swap tianchongJ in turn can, If you want to modify the full array matrix size can be modified in MATLAB to open tianchongJ J and N.
quan-pai-lie-ju-zhen
- 全排列矩阵,依次输入exchange swap tianchongJ即可,若想修改全排列矩阵的大小,可在MATLAB中打开tianchongJ修改J和N。 -Permutation matrix, followed by the input exchange swap tianchongJ can, if you want to modify the size of permutation matrix can be modified in MATLAB to open tianchongJ
MATLAB
- MATLAB是一种科学计算软件,专门以矩阵的形式处理数据。MATLAB将高性能的数值计算和可视化集成在一起,并提供了大量的内置函数,从而使其被广泛地应用于科学计算、控制系统、信息处理等领域的分析、仿真和设计工作中,而且利用MATLAB产品的开放式结构,用户可以非常容易地对MATLAB的功能进行扩充,从而在不断深化对问题认识的同时,逐步完善MATLAB产品以提高产品自身的竞争能力。 -MATLAB is a scientific computing software, and special
CODEProgram23_FDTD_2D_FreeBoundary_Unitless_Matri
- 2D FDTD in a unitless space with open boundary with matrix update instead of for loops
juzhenzhuanzhi-
- 实现矩阵倒置,在压缩包里,打开就可以看到,还有程序-Matrix inversion, compression bag, open you can see, there are procedures
OPEN1
- 该文件是间接式双级矩阵变换器的开环仿真模型。输出结果符合理论推导。采用s函数编程的方法实现空间矢量调制策略-This file is indirect two-stage matrix converter of the open loop simulation model. Output the results accord with theoretical derivation. The s function programming method of space vector modulat
ok
- 以字符形式打开文件 其中x.txt是数据文件 16进制转化为10进制数,存入alpha矩阵 将得出数据存入新的b.txt文档 - Open the file in characters which are data files x.txt hexadecimal to decimal conversion, alpha matrix deposit will yield data into a new document b.txt
Jccobi
- 使用matlab分解矩阵的方法 开源方便参考 使用附带的txt/dat程序(The method of using MATLAB factorization matrix Open source convenient reference Use the attached txt/dat program)
Lmafit
- Lmafit算法的开源代码,用于矩阵填充和稀疏矩阵近似。(Open source code for the Lmafit algorithm for matrix filling and sparse matrix approximation.)