搜索资源列表
multiply.rar
- 《算法设计》中的多项式相乘问题的源码（矩阵表示的）," Algorithm design" in the question of polynomial multiplication source (the matrix)
L1_Tracking_v4_release
- 该程序将计算机视觉的目标跟踪问题转化为寻找稀疏矩阵的过程，将预先的得到的样本粒子与稀疏矩阵线性相乘得到目标-The program will target tracking in computer vision into the process of finding a sparse matrix, the sample will be obtained in advance of the particles multiplied with the goal of sparse linear
matrixMul
- GPU CUDA的经典算法，基于shared memory进行矩阵的相乘运算-GPU CUDA classical algorithm, based on shared memory for matrix multiplication by
jisuanqi
- 稀疏矩阵计算器，以带行逻辑链接信息的三元组表示稀疏矩阵，实现矩阵相加相减相乘的运算。-Sparse Matrix Calculator
matrix
- 矩阵的运算。建立了一个矩阵运算的模板类，可进行矩阵的相加、相减、相乘、转置、求逆等运算。-Matrix arithmetic. The establishment of a matrix calculation of template classes, can be combined matrix, subtract, multiply, transpose, inverse, such as computing.
matrix
- 实现一个稀疏矩阵运算器。以“带行逻辑链接信息”的三元组表作为稀疏矩阵的存储结构，实现两个矩阵相加、相减、相乘运算，运算结果要求以阵列形式输出。-The realization of a sparse matrix calculator. To line with the logic of the link information as the three groups, sparse matrix storage structure, the realization of two matri
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!
report+of+Algorithm
- 算法设计的实验报告 包括Bottom-Up Merge Sorting算法、插入排序算法Heaps的创建堆、堆排序算法、按秩合并算法以及带路径压缩算法、实现查找第K小元素算法、实现快速排序算法、实现平面内最接近点对算法、实现最长公共子序列算法、实现矩阵链相乘算法、实现0/1背包问题算法、实现Dijistra’s算法、Prim算法、Kruskal算法、文件压缩算法-Experimental Algorithm Design Report including Bottom-Up Merge So
matrix_operation
- 实现矩阵的相关运算，譬如求逆,相乘等等。-matrix_operation
xishujuzhen
- 以“带行逻辑链接信息”的三元组表作为稀疏矩阵的存储结构；实现两个矩阵相加、相减、相乘运算；运算结果以阵列形式输出。-Sparse matrix computation
duoxianchengjuzhenxiangcheng
- 用多线程实现矩阵的相乘，这个是操作系统课程的一个简单实验，有linux和win下的实现-To achieve with multi-threaded matrix multiplication, this is a simple operating system, the experimental course, there are under linux and win the realization of
TwoDimensionalFastFourierTransform
- 本实验要求开发一个2-D FFT程序包，使其可以应用于后续的几个实验。这个程序需要完成的功能是用因子（-1）^(x+y)乘以输入图像以实现滤波的中心变换，并还要求用一个实矩阵乘以一个复数矩阵通过调用两个图像的乘法程序来实现对应元素的相乘，同时计算反傅立叶变换，得到的结果乘以（-1）^(x+y)并取其实部最后计算频谱。实验中用到傅立叶变换的基本公式，通过实验我们可以更加深刻的理解频域滤波的基础。-The experiment calls for the development of a 2-D F
math
- 矩阵运算：求逆、转置、相乘等，然后通过矩阵运算求多项式纠正的值，多项式如：X=a0+a1*x+a2*y+a3*x*x+a4*x*y+a5*y*y Y=b0+b1*x+b2*y+b3*x*x+b4*x*y+b5-Matrix operations: inversion, transpose, multiply, etc., and then through the matrix for computing the value of correct polynomial, polynomial
5[1][1].4
- 两个稀疏矩阵的三元组a,b输出，转置，相加及相乘-Two sparse matrix triple a, b output, transpose, add and multiply
Homogeneous_Transformation
- 姿态变换矩阵在多级坐标变换中可以进行直接的相乘而得到，平移变换在多级坐标变换中必须注意所用坐标的相对坐标系及坐标系之间的转换。-Attitude transformation matrix in multi-stage coordinate transform can direct multiplication, and the transformation of translation in multi-stage coordinate transformation of coordinate
TripleMatrix
- 输入稀疏矩阵中非零的元素，然后建立整个矩阵，实现这两个矩阵相加、相减和相乘运算。 -Enter non-zero elements of sparse matrix, and then build the whole matrix, to achieve these two matrices are added together, subtraction, and multiplication operations.
12
- 用于矩阵地相乘，矩阵的转置以及逆矩阵的求法-For matrix multiplication, transpose and inverse matrix method of seeking
matrixmultiply
- 本程序实现三个矩阵的相乘，且采用读写文件的方式输入和输出结果。-This procedure to achieve three matrix multiplication, and the manner in which documents used to read and write input and output.
juzhen
- 动态规划实现矩阵链相乘 使用动态规划，实现矩阵链的相乘，减少了代价-Dynamic programming to achieve matrix-chain multiplication
eglish
- 设计一个造成矩阵类Matrix，包含一个元素类型为int的二维数组，分别设计一个静态方法和实例方法把矩阵转置，分别设计静态方法和实例方法实现二个矩阵相加、相乘。重写方法toString()，使其能输出此矩阵。-english.txt