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布线问题(分支限界算法应用)
- 六 程序实现： #include <stdio.h> typedef struct { int row int col }Position int FindPath (Position start, Position finish, int &PathLen, Position *&path) { //计算从起始位置start到目标位置finish的最短布线路径，找到返回1，否则，返回0
电路布线
- 电路布线问题要确定将哪些连线安排在第一层上，使得该层上有尽可能多的连线。换句话说，该问题要求确定导线集Nets={(i,π(i)),1≤i≤n}的最大不相交子集。-circuit wiring problem will be to determine which connections in the first layer, making this layer as much as possible on the log. In oth
电路布线
- 电路布线问题要确定将哪些连线安排在第一层上，使得该层上有尽可能多的连线。换句话说，该问题要求确定导线集Nets={(i,π(i)),1≤i≤n}的最大不相交子集。-circuit wiring problem will be to determine which connections in the first layer, making this layer as much as possible on the log. In oth
分支界限
- 用vc编写的解决计算机算法中的分支限界问题，非常经典的代码，请多多指教！-vc prepared with the computer algorithm to solve the branch and bound, very classic code, a great weekend!
布线问题(分支限界算法应用)
- 六 程序实现： #include <stdio.h> typedef struct { int row int col }Position int FindPath (Position start, Position finish, int &PathLen, Position *&path) { //计算从起始位置start到目标位置finish的最短布线路径，找到返回1，否则，返回0
fjdjf
- 用分支界限法解决的几个问题:包括0-1背包问题,最大团问题,电路布线问题,最大装载问题.作业最优处理问韪.-branch line with the law to solve several problems : including 0-1 knapsack problem, the largest group, circuit wiring problem, the greatest problem loading. Optimal
vlsi_system_design
- VLSI系统设计，内容为英文，主要介绍的是布线问题-VLSI system design, content to English, introduced is the main wiring problem
aglorithm
- 问题算法源代码：骑士遍历、万年历、N皇后问题回溯算法、动态计算网络最长最短路线、货郎担分枝限界图形演示、货郎担限界算法、矩阵乘法动态规划、网络最短路径Dijkstra算法-problems algorithm source code : Knight traversal, calendar, N Queens backtracking algorithms, Dynamic computing network longest short
017387-01
- 论坛代码 用分支界限法解决的几个问题:包括0-1背包问题,最大团问题,电路布线问题,最大装载问题.作业最优处理问韪-Forum with the branch code boundaries to solve several problems : including 0-1 knapsack problem, the largest group, circuit wiring problem, the greatest problem
dasdfadfad
- 布线问题(分支限界算法应用) -Wiring problems (branch and bound algorithm for the application)
code12122
- 布线问题(分支限界算法应用)-Wiring problems (branch and bound algorithm for the application)
line
- 布线问题算法分析与设计实现程序JAVA版-Wiring problem algorithm analysis and design procedures to achieve JAVA version
WireRouter
- 用队列式分支界限法来求解布线问题. 从起始点a开始将它作为第一个扩展结点，把与该扩展结点相邻的可行的活结点加入到活结点队列，并把这些方格标记为1，表示从起始方格到这些方格的距离为1。接着从活结点队列中取出对列首结点作为下一个扩展结点，并把与当前结点相邻的且未标记的方格标记为2，并存入活结点队列。这个过程一直持续到搜索到目标方格b或活结点队列为空为止-With queue-type branch boundaries method f
buxian
- 这是个电路板布线问题的c++解决方法，有很好的参考作用，在这里提供给大家，希望大家给与支持，有不对的地方，希望大家给点意见建议-This is a circuit board wiring problem c++ solution, have a good reference, available to everyone here, I hope to give you support, there is something wrong
Routingproblem(Javaimplementation)
- 布线问题的Java实现，算法完整，包含class 文件-The Java implementation routing problem
fzxj
- 一般解空间的队列式分支限界法 试设计一个用队列式分支限界法搜索一般解空间的函数。该函数的参数包括结点可行性 判定函数和上界函数等必要的函数，并将此函数用于解布线问题。 -Queue-type general solution space try to design a branch and bound branch and bound with a queue-type search function of the gen
buxian
- 算法分析与设计之分支界限法解决电路布线问题-Algorithm analysis and design of the branch circuit wiring method to solve boundary problems
最短布线
- 使用最短布线方法，校园的各个教学楼之间的布线问题使用最短路线进行编程。(Using the shortest wiring method, the wiring between the various teaching buildings in the campus is programmed using the shortest route.)
超强PCB布线设计经验谈 第二版
- 超强PCB布线设计经验谈，丰富的经验之谈，能解决90%以上的PCB设计问题，希望大家好好看看。(Super PCB wiring design experience, rich design can solve the PCB problem wise remark of an experienced person, more than 90%, I hope you take a look at.)
6、江苏省十大城市交通布线问题
- 用无向网表示江苏省南京、无锡、常州、昆山、连云港、南通、镇江、扬州、盐城、徐州，图中顶点表示城市信息，图中的边表示城市之间的距离，存放长度信息。要求能够建立交通网，所花的代价最小。(With no to the network in Jiangsu Province, said Nanjing Wuxi, Changzhou, Kunshan, Lianyungang, Nantong, Zhenjiang, Yangzhou, Yan