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用分枝定界法求解TSP
- 分支定界法可以求解小规模的TSP问题,这个例子是用vc编写的-branch and bound method can solve small-scale TSP, this example was prepared by the vc
数据结构配套光盘
- 《数据结构》配书光盘 内容包括:线性表,栈和队列,串,数组与广义表,树,图,查找,排序等所以算法。 该光盘中配有《数据结构》一书中的所有算法、每一个算法的 C 程序(后缀为 .cpp 的文件)及可执行文件(后缀为 .exe 的文件)。-"data structure" assigned CD include : linear table, stack and queue, strings, arrays and broad scale tree, map, searc
matrix_reverse
- 矩阵求逆的c++程序,用来算大规模带分数形式的逆矩阵的,文件输入-matrix inversion c procedures for the large-scale Daibanshu form of the inverse matrix, the file input
cfffsss
- 改进后的算法大大减少了对于那些运动矢量为零的块的搜索冗余,同时对于运动比较剧烈的块直接进入大范围搜索。这样即提高了搜索效率,又不会使搜索结果陷入局部最优。-improved algorithm greatly reduced for those zero motion vector search block redundancy, Meanwhile, more intense campaign of direct access to block large-scale search. That
invere
- 这是一个关于逆序表问题的程序,程序已经通过运行验收-This is a reversal on the issue of the scale of the procedures that have been running through acceptance
sqstack
- 和线性表类似,栈也有两种存储表示:顺序栈和链栈。 顺序存储结构简称为顺序栈。和顺序表类似,对顺序栈也需要事先为它分配一个可以容纳最多元素的存储空间。 -and linear scale similar Stack also have two storage : order Stack and Stack chain. Sequence storage structure referred to as the sequence of stack. Table and order
Question4-new
- 一元稀疏表达式计算器 大学数据结构实验,关于线性表的实验题目,我的作品,如有问题发邮件给我-one yuan sparse expression calculator University experimental data structure on the linear scale experimental subject, my work, and if made to the mail I
用线性表实现的Btree
- 实现m阶B_树 (2)将线性表中的键值插入到B_树中(即建立索引); (3)当删除和插入数据到线性表时,同时维护其索引B_树。 (4)可根据所给键值范围,输出该范围的所有键值-achieve m bands Containing tree (2) linear scale for the keys inserted into Containing tree (index); (3) When the deletion and insertion of data to the linear sca
bc_mfc
- 使用Binomial Cofficient的演算法,並以Divide-and-Conquer以及Dynamic Programming的方式來實作,並以比例尺來做比較-use of the algorithms, and Divide - and-Conquer and Dynamic Programming is the way to make and do more to Scale
广义表的表头和表尾
- 广义表是线性表的推广。广义表是n个元素的有限序列,元素可以是原子或一个广义表,记为LS。 若元素是广义表称它为LS的子表。若广义表非空,则第一个元素称表头,其余元素称表尾。 表的深度是指表展开后所含括号的层数。 把与树对应的广义表称为纯表,它限制了表中成分的共享和递归; 允许结点共享的表称为再入表; 允许递归的表称为递归表; 相互关系:线性表∈纯表∈再入表∈递归表; 广义表的特殊运算:1)取表头head(LS);2)取表尾tail(LS) -generalized l
PARD
- 大规模稀疏矩阵的求解是高性能计算中的一个常见问题。本文介绍了用直接法求解矩阵的一些问题以及使用Intel MKLPARDISO 接口求解稀疏矩阵的方法。 -Large-scale sparse matrix is a high-performance computing to solve a common problem. This paper introduces the direct matrix method and the use of some of the problems In
LL_Path_optimization
- 【系统功能】 LL-路径优化系统主要用于求解已知坐标的规模为N的城镇间最短路径问题。 【主要算法】 1:利用Prim算法求解带约束条件的连通图的最小生成树; 2:利用基于单亲遗传算法求解带约束条件的TSP问题。 -【Function】 LL-path optimization system is mainly used to solve the known coordinates for the N scale of the problem of the shortest p
bahuanghouwenti
- 八皇后问题数据结构大型作业 至少要20个字太长了吧-8 Queen' s problem of large-scale data structure operations
image
- 关于算法优化的例子,简单的例子:灰度变换,嵌入式处理用得到,一种优化思想,方法-Algorithm optimization on the example of a simple example: gray-scale transformation, embedded processing used to be, an optimization ideas, methods,
ANewLlarge-scaleNetworkAapproximationAalgorithmFor
- 一种新的大规模网络最短路径的近似算法 不错的论文-A new large-scale network approximation algorithm for the shortest path
TheShortestPathAlgorithmForLarge-scaleNetworkOptim
- 大规模网络最短路径算法的优化及实现 不错的论文-The shortest path algorithm for large-scale network optimization and realization of
QS_3star
- 程序利用循环的方式实现了快速排序算法,改变了递归算法无法实现大规模数据处理的缺陷,另外三准星法也提升了算法的效率和稳健性。-Procedures be achieved using the rapid cycle of sorting algorithms, recursive algorithms can not change the large-scale data processing defects in the other three sight law also improves t
Simplex
- 单纯形法算法,试过,比较好用,大规模没有验证过,希望有人提出宝贵意见-Simplex method algorithm, tried to compare easy to use, large-scale has not verified the hope that it was valuable advice
scale-conversion-2-16
- 一个实现不同进制之间转换的程序,输入一个数 和进制 计算出在不同进制下的值-An implementation program to convert between different scale, enter a number and calculated values in under a different band
Variable-Scale-method
- 变尺度法BFGS算法的C++源码,解优化问题。-C++ code for variable scale method BFGS algorithm, solve optimized problems.
