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矩阵链乘算法
- 距阵链乘问题: 找出矩阵链乘A(35*40) A(40*20) A(20*10) A(10*15)的最佳相乘次序。 算法来自:计算机算法导引-matrix chain by : identify matrix chain by A (35 * 40) A (40 * 20) A (20 * 10) A (10 * 15) concludes the best order. Algorithm from : computer
Arithmetic2
- 用VC可视化平台写的矩阵链乘多段判决算法,并对该算法作CPU运行时间记录。-VC visualization platform written by the multi-chain matrix of the judgment algorithm, and an algorithm for CPU running time record.
MatrixDynamicMulti
- 用动态规划实现矩阵链乘的java代码-Dynamic Programming Matrix chain by the java code.
2006062915403226928
- 矩阵连乘new, 矩阵链乘算法实现DLL与演示
Arithmetic2
- 用VC可视化平台写的矩阵链乘多段判决算法,并对该算法作CPU运行时间记录。-VC visualization platform written by the multi-chain matrix of the judgment algorithm, and an algorithm for CPU running time record.
MatrixDynamicMulti
- 用动态规划实现矩阵链乘的java代码-Dynamic Programming Matrix chain by the java code.
2006062915403226928
- 矩阵连乘new, 矩阵链乘算法实现DLL与演示-Matrix even by new, matrix-chain by Algorithm DLL and Demonstration
Introduction_to_Algorithm
- 常见算法设计的源代码。配合著名的那本“算法导论”。其中主要包括: 归并排序 活动选择问题 矩阵链乘问题 矩阵链乘问题的备忘录解法 逆序对问题 求和问题 装配线问题 最短路径Dijkstra算法和堆操作 -Common algorithm design of the source code. With the well-known that the " Introduction to Al
MatrixChain
- 可以显示矩阵链乘的最小乘法次数矩阵,和加括号方法。-Chain matrix can be displayed by the number of the most小乘法matrix, and processing methods in brackets.
juzhenliancheng
- 计算矩阵链乘的动态优化问题,输出最佳括号匹配形式,以及最少的链乘次数。-Calculation of matrix-chain optimization problem by dynamic output best match the form of brackets, as well as by the least number of chains.
namespace
- 很高效的矩阵链乘的程序,在时间和空间上都很注意节省-A very efficient matrix-chain by the procedure, in time and space is more attentive to save
juzhenliancheng
- 动态规划中的矩阵链乘。。有需要的可以看下-Dynamic programming matrix-chain multiplication. . Need may have a look
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- 大二上册,算法设计技巧与分析这门课程中的矩阵链乘实验-Big volume, algorithm design skills and analysis the course of matrix chain by experiment
2
- fft,最优二叉树和矩阵链乘的c++实现,并进行了对比,用来计算时间复杂度-sdfaf dsasd fafhq ae sdga badfgt g agaq s asgasga
zoj-1094
- zoj的ACM模拟测试题,第1094道:矩阵链乘 测试时为0ms通过-The ACM test of zoj,1094:Matrix Chain Multiplication
Matrix_chain
- 矩阵链乘。给定多个矩阵的维度,求出他们的相乘顺序,使得,按这样的顺序相乘的代价最小-Matrix chain multiplication。Solve the matrix chain order for a specic problem. This can be done by computing MATRIXCHAIN- ORDER(p) where p = h5 10 3 12 5 50 6i
矩阵链乘C++
- 矩阵连乘: 设有矩阵M1,M2,M3,M4, 其维数分别是10×20, 20×50, 50×1 和1×100,现要求出这4个矩阵相乘的结果。我们知道,若矩阵A的维数是p×q,矩阵B的维数是q×r,则A与B相乘后所得矩阵AB的维数是p×r。按照矩阵相乘的定义,求出矩阵AB中的一个元素需要做q次乘法(及q-1次加法)。这样,要计算出AB就需要做p×q×r次乘法。为简单起见,且由于加法比同样数量的乘法所用时间要少得多,故这里我们暂不
矩阵链乘
- c++矩阵连乘问题得实现代码,c++实现(aj ksd hfjk ifo crv fsd s dsfsad df)