资源列表
h
- 输入n个字符和对应的权值,实现哈夫曼树的建立,哈夫曼编码和哈夫曼译码。-Input n characters and the corresponding weights, realize hoffmann, the establishment of the tree, hoffmann coding and decoding hoffmann.
chazhao
- c语言版数据结构实验,查找相关功能的实现,C++环境,多多理解-The data structure experiment Find related functions to achieve, C++ environment, a lot of understanding
3.zadaca3
- Geometrical operations with Dot structure
graph
- graph 图的相关算法 含有遍历等操作 有解题报告 详细说明-graph
yemianzhihuan
- 在段式虚拟存储器中,虚拟空间中能容纳的程序段数要比主存空间中能存放的相同长度的程序段数要多得多。因此,必然会出现当主存中所有页面都被占用,或者所有主存空间都被占用,而又要从磁盘存储器重调入新页(或新段)的情况。这时,必须从主存储器中淘汰一个不常用的页面(或程序段),以腾出主存空间来存放新调入的页面(或程序段),那么,按照什么样的规则替换主存储器中的页面(或程序段)呢?这就是页面替换算法要解决的问题。 -Piece of virtual memory in the virtual space
分治法求众数
- 给定含有n个元素的多重集合S,每个元素在S中出现的次数称为该元素的重数。多重集S中重数最大的元素称为 众数。例如,S={1,2,2,2,3,5}。多重集S的众数是2,其重数为3。 求众数方法很多,现要求你用分治算法来试一试,并分析其效率。 编程任务:对于给定的由n个自然数组成的多重集S,采用分治算法编程计算S的众数及其重数。(Given a multiple set of S with n elements, the number of times each element app
biaodashi
- 数据结构里的经典算法的模拟,约瑟夫环的求解等问题,以程序的形式给出-Data structure of the classical algorithm simulation, Joseph Central problem solving, etc. in order to give the form of procedures
IJIGSP-V3-N3-2
- Active contours or \snakes" can be used to segment objects automatically. The basic idea is the evolution of a curve, or curves subject to constraints from the input data. The curve should evolve until its boundary segments the object of intere
fp_growth
- fp-growth的c实现算法fp-growth将发现所有的频繁项目集的过程分为以下两步:构造频繁模式树fp-tree;调用fp-growth(挖掘出所有的频繁项目集。-fp-growth of the c fp-growth algorithm will find all the frequent item sets is divided into the following two-step process: frequent pattern tree structure fp-tree
122
- 二叉树的建立 实现查找功能并输出-The establishment of a binary tree search function and output to achieve
8ma
- 八数码难题,使用广度搜索,体现分支限界法的思想-Eight puzzle, use the search scope, reflecting the branch and bound ideas ×××××
lab2
- 利用广义表建立的二叉树,将碱基作为他的节点,实现了以树形输出,并且交换了左右子树,利用非递归中序遍历和先序遍历。-The establishment of the binary tree using the generalized form, the base node as he realized to the output tree, and the exchange of left and right sub-tree in the use of non-recursive travers
