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3x3填质数问题
- 3X3填质数问题，在一个3×3的矩阵中填写1－10的数字，保证上下左右相加都是质数-3X3 fill several quality problems in a 3 3 matrix to fill in the figures 1-10, ensuring that all about is the sum of the number of quality
RE
- 矩阵的运算，如矩阵相家，想减，向量相加，向量相减-matrix operations, such as matrix is home to cut, the vector sum, Vector subtraction
RSMATRIX
- 提供基本榘阵 ( Matrix ) 运算 ( product 、 sum 、 difference、 transpose、 traceof ) 的非可视构件 ( 1.0 版，附源码 C++Builder 3.0/4.0/5.0 版适用 )，作者 : Jeff Hiscock。 -provide basic Ju Front (Matrix) operator (product, the sum and difference, transpose, traceof) non-visual comp
juzhenjisuan1
- 实现了矩阵的相乘，相加等功能，比较强大，可以使用-achieved the matrix multiplication, the sum of the functions that the more powerful can use
IterativeClosestPointMethod
- ICP fit points in data to the points in model. Fit with respect to minimize the sum of square errors with the closest model points and data points. Ordinary usage: [R, T] = icp(model,data) INPUT: model - matrix with model points,
dayinmofang
- 打印“魔方阵”。所谓“魔方阵”是指这样的方阵，它的每一行、每一列和对角线之和均相等。例如，三阶魔方阵为: 8 1 6 3 5 7 4 9 2 要求打印出由1到n*n的自然数构成的魔方阵。-Print "magic matrices." The so-called "magic matrix" refers to the matrix, which each line, each diagonal out and the sum of all the sam
kmeansNetlab
- KMEANS Trains a k means cluster model.CENTRES = KMEANS(CENTRES, DATA, OPTIONS) uses the batch K-means algorithm to set the centres of a cluster model. The matrix DATA represents the data which is being clustered, with each row corresponding to
exp5
- 数据结构算法，稀疏矩阵的存储，两矩阵相乘，两矩阵相加的实现-data structure algorithms, sparse matrix storage, two matrix multiplication, the sum of two matrix to achieve
ICP算法
- ICP fit points in data to the points in model. Fit with respect to minimize the sum of square errors with the closest model points and data points. Ordinary usage: [R, T] = icp(model,data) INPUT: model - matrix with model points, data - matrix with d
testdtw(zhu)
- function dist = dtw(t,r) n = size(t,1) m = size(r,1) 帧匹配距离矩阵 d = zeros(n,m) for i = 1:n for j = 1:m d(i,j) = sum((t(i,:)-r(j,:)).^2) end 累积距离矩阵 D = ones(n,m) * realmax D(1,1) = d(1,1) 动态规划 for i = 2:n
运动员最佳匹配问题
- 羽毛球队有男女运动员各n人。给定2 个n×n矩阵P和Q。P[i][j]是男运动员i和女运动员j配对组成混合双打的男运动员竞赛优势；Q[i][j]是女运动员i和男运动员j配合的女运动员竞赛优势。由于技术配合和心理状态等各种因素影响，P[i][j]不一定等于Q[j][i]。男运动员i和女运动员j配对组成混合双打的男女双方竞赛优势为P[i][j]*Q[j][i]。设计一个算法，计算男女运动员最佳配对法，使各组男女双方竞赛优势的总和达到最大。 输入：。第一行有1 个正整数n (1≤n≤20
Matrixcalculation
- 矩阵运算，包括矩阵的加减乘除，求逆矩阵，并可以判断矩阵是否可以相加或相乘-Matrix operations, including matrix addition and subtraction, multiplication and division, and inverse matrix and matrix can determine whether the sum or multiply
add
- CUDA 编写的 基于c的矩阵相加，适合初学者参考-CUDA prepared a matrix based on the sum c
shujujiegou
- 这是数据结构的课程设计，功能是实现矩阵的相加-This is the data structure of the curriculum design, function is the sum of the realization matrix
MATRIX1
- 针对矩阵类的编程，可以实现矩阵的相加，转置，相乘，单位阵，随机阵等。-For matrix-type programming, you can achieve the sum of matrices, transpose, multiplication, unit patches, such as a random array.
xishujuzhen
- 稀疏矩阵的转置相加与相乘,已经通过编译与实现，数据结构的课程设计，加乘转置功能很全！-Sparse matrix transpose sum and multiplication, has been adopted and implementation of compilers, data structure of curriculum design, transpose function increases by a very wide!
ccost_up.cpp
- spoj CCOST . Usage of a 2 dimensional fenwick tree.Querying (log(n)^2) a 2 dimensional matrix for sub sum and updating a cell in O(logn)
MatrixZong
- 该算法的功能是描述两矩阵之间相加，以及求逆矩阵-Function of the algorithm are described between the sum of two matrices, as well as the inverse matrix
ShortestPathsEdge
- In some graphs, the shortest path is given by optimizing two different metrics: the sum of weights of the edges and the number of edges. For example: if two paths with equal cost exist then, the path with the least number of edges is chosen as the sh
ProjectPT
- Reads numbers from text file and from those numbers creates a matrix: from the created matrix we create an array under the main diagonal, find the sum of the elements on odd rows, find maximum element in every column, find average value on every colu