搜索资源列表
Crosslink
- 采用十字链表表示稀疏矩阵,并实现矩阵的加法运算-Cross-linked with that sparse matrix, and matrix addition operations to achieve
matrix-c
- 自己写的稀疏矩阵,使用十字链表实现,C语言编写。-Write a sparse matrix, the underlying data structure is Cross-List, using C program language.
shizilianbiao
- typedef struct OLNode { int i,j ElemType e struct OLNode *right,*down } OLNode, *OLink typedef struct { OLink *rhead,*chead int mu,nu,tu } CrossList 十字链表法,求解稀疏矩阵运算,程序容易看懂。不过没有乘法-typedef st
sparsefull
- 稀疏矩阵和满矩阵计算解线性方程组,所好的计算机cpu时间的差异和所占内存空间的差异。一个简单的比较程序。-Sparse matrix and full matrix calculation of solving linear equations, the difference between good computer cpu time and memory space occupied the difference. A simple
Sparsematrixtranspose
- 稀疏矩阵的转置 要求: 1 稀疏矩阵采用三元组顺序表的存储结构 2 能够实现两种转置算法:按列序为主序进行转置和快速转置。 3 输出矩阵转置前后的三元组。-Sparse matrix transpose requirements: 1 sparse matrix using the table triples storage structure 2 in order to achieve the two trans
3
- 数据结构经典制作内容--- 稀疏矩阵的建立十字链表表示稀疏矩阵- 1.稀疏矩阵的加法运算 2.稀疏矩阵乘法运算-- 3.稀疏矩阵的转置-- 4.退出功能)-The contents of the data structure--- the classic production create the sparse matrix sparse matrix that cross list- 1. Sparse matri
shuju5
- 熟悉稀疏矩阵的“三元组表”和“十字链表”存储结构,运用它们进行矩阵简单运算处理-Familiar with the sparse matrix of the " triple" and the " cross linked" storage structure, the use of simple computing them matrix
MCA2aaBcr3.8
- 形态学成分分析二维图像(矩阵)使用高度复杂词典和稀疏矩阵促进处罚。-MCA of a 2D images using highly redundant dictionaries and sparstity promoting penalties.
crosslink
- 本代码是根据数据结构的只是,采用C语言编译代码,用十字链表实现稀疏矩阵相加-This code is based on data structure only, the use of C language compiled code, with the sum of cross-linked to achieve sparse matrix
spare_matrix
- 稀疏矩阵的matlab算法,以及稀疏矩阵存储技术的介绍。-Matlab sparse matrix algorithms, and sparse matrix storage technology introduction.
Matrix
- 实现稀疏矩阵的各种运算操作,包括加法,减法,乘法,转置,求逆矩阵-Sparse matrix operations to achieve a variety of operations including addition, subtraction, multiplication, transpose, inverse matrix
稀疏矩阵
- 简单的稀疏矩阵算法实现,语言由C++编写,可以实现矩阵的转置和相加(Simple sparse matrix algorithm to achieve)
4
- 假设稀疏矩阵A和B均以三元组表作为存储结构,试写出矩阵相加和相乘的算法,另设三元组表C存放结果矩阵。(Suppose that the sparse matrix A and B are all three tables as the storage structure, try to write the matrix addition and multiplication algorithm, and set up the three
xishuMatrixAdd
- 以三元组表示稀疏矩阵A,B,试编写矩阵相加的算法,结果存放在C矩阵。(Three tuples are represented by the sparse matrix A, B, and the matrix addition algorithm is written. The results are stored in the C matrix.)
CUDA SPMV
- 稀疏矩阵向量乘法(Sparse Matrix-Vector Multiplication, SpMV)在许多科学计算程序中都有广泛的应用。数据矩阵A 是稀疏的,输入向量x 和输出向量y是稠密的。 y = Ax(Sparse Matrix-Vector Multiplication (SpMV) is widely used in many scientific computing programs. The data matrix A
sparselib_1_6
- sparselib,稀疏矩阵计算库,用于大规模科学计算程序,C++语言编写(Sparselib, sparse matrix computing library)
新建 Microsoft Word 文档
- 实现稀疏矩阵的转置、加法和乘法操作,输入格式 输入数据的第一行是三个整数 m, n, l。分别表征矩阵的行数、列数和待输入元素总数。接下来的 l 行, 每一行是三个整数 i, j, v 表示一个矩阵中行号为 i 列号为 j 值为 v 的元素。 m 和 n 的范围是 1000 以内, l 则是 10000 以内。每一个 v 都是在 -10 到 10之间的整数。 注意:这里的行号列号均从0开始,参照题目描述中的样例。 输出格
sparse matrix_hash
- 设有n*n 的稀疏矩阵,其稀疏因子为γ = 0.5%,装填因子为α = 0.5,用哈希表作为存储结构。以哈希表作为存储结构,实现稀疏矩阵元素的存取并计算平均查找长度。(The sparse matrix with n*n is sparse factor of gamma = 0.5%, the loading factor is alpha = 0.5, and hash table is used as storage struct
Sparse
- 稀疏矩阵节点优化 matlab 程序 !!!!!!!(Sparse matrix node optimization matlab code)
pradiso
- 利用Fortran中自带的Pardiso库函数解决稀疏矩阵,其利用CSR格式储存数据(附带例子)(The Pardiso library function in Fortran is used to solve the sparse matrix, which stores data in CSR format (with examples))