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数据结构上机实习
- 数据结构上机实验 实验题目:两个有序循环链表合并成一个有序循环链表 实验题目:欧洲地图最短路径 实验题目:稀疏矩阵基本运算及转置 实验题目: 已给定先序构造一棵二叉树的算法,请你完成其余部分,包括先序、中序、后序遍历 二叉树并打印出来。先序序列建立二叉树的顺序读入字符为A B C Ф Ф D E Ф G Ф Ф F Ф Ф Ф,注意输入时Ф用空格代替。 实验题目:复数抽象数据类型的实现
二叉链表表示的二叉树
- 按照先序序列构造一棵以二叉链表表示的二叉树T,然后对T进行非递归中序遍历、递归后续遍历和层序遍历。
二叉树结点算法源程序
- 根据一棵二叉树结点的先根序列和中根序列构造该二叉树,并输出该二叉树的后序遍历结果。,According to a binary tree the root node of the first sequence and the sequence structure of the tree root and post the output of the binary tree traversal results.
Ex1
- 给出了一个二叉树的先序和中序序列,让以此来构造一棵二叉树,并以凹入表示法输出-Binary tree is given a sequence and the first order of sequence, so as to construct a binary tree, and the output indentation expression
bitree
- 实现二叉树的基本功能,如构造一棵二叉树,在树中插入结点,先序后序中序遍历二叉树等功能-The basic function of the realization of binary tree, such as a binary tree structure, inserted in the tree nodes, in sequence after the first order binary tree traversal functions
2
- 二叉排序树的创建与使用 (时间限制为:1000毫秒) 描述: 二叉排序树的定义是:或者是一棵空树,或者是具有下列性质的二叉树:(1)若它的左子树不空,则左子树上所有的结点值均小于它的根结点的值;(2)若它的右子树不空,则右子树上所有结点的值均大于或等于它的根结点的值;(3)它的左右子树也分别为二叉排序树。现要求根据输入的元素值,构造一棵二叉排序树,并输出其先序遍历、中序遍历和后序遍历结果。 输入: 输入第一行为测试用例个数n,接下来为n个测试用例,每个测试用例占两
tree
- 由用户输入先序和中序序列,以此构造一棵二叉树;然后对二叉树进行层次遍历,先序中序后序遍历;并且计算出这棵树的第一条最长路径并将其打印出来。-By the user input sequence and the first order sequence as a binary tree structure then the level of binary tree traversal, inorder postorder preorder traversal and calculate the
hufmtree
- 给定n个权值作为n个叶子结点,构造一棵二叉树,若带权路径长度达到最小,称这样的二叉树为最优二叉树,也称为哈夫曼树(Huffman tree)。 -Given the right value as the n-n-leaf node, a binary tree structure, if the minimum weighted path length, saying such a binary tree for the optimal binary tree, also called Hu
Huffman
- 给定n个权值作为n个叶子结点,构造一棵二叉树,若带权路径长度达到最小,称这样的二叉树为最优二叉树,也称为哈夫曼树(Huffman tree)。-Given the right value as the n-n-leaf node, a binary tree structure, if the minimum weighted path length, saying such a binary tree for the optimal binary tree, also called Huffm
Huffman-algorithm
- 哈夫曼算法及其应用 给定n个权值作为n个叶子结点,构造一棵二叉树,若带权路径长度达到最小,称这样的二叉树为最优二叉树,也称为哈夫曼树。哈夫曼编码是一种根据哈夫曼树对文件进行编码的方式。哈夫曼编码是可变字长编码的一种。本次课程设计是对一个已建文本文件,统计该文件中各字符频率,对各字符进行Huffman编码,将该文件翻译成Huffman编码文件,再将Huffman编码文件翻译成原文件。压缩文件即读文件,统计文件中的字符个数,对文件进行哈夫曼编码和译码,并将编码译码后的字符存储在文件中。-
binary-tree
- 二叉树,编写程序任意输入二叉树的结点个数和结点值,构造一棵二叉树,采用三种递归遍历算法(前序、中序、后序)对这棵二叉树进行遍历并计算出二叉树的高度。-binary tree
binary-tree
- 分别以先序和中序遍历序列,后序和中序遍历序列构造一棵二叉树 要求以括号表示法输出该二叉树-Preorder and inorder traversal sequence after sequence, and the traversal sequence construct a binary tree the brackets indicate the method outputs the binary tree
huffman
- huffman编码压缩与解压 给定n个权值作为n个叶子结点,构造一棵二叉树,若带权路径长度达到最小,称这样的二叉树为最优二叉树,也称为哈夫曼树(Huffman tree)。-compress and decompress
huffman.rar
- 给定n个权值作为n个叶子结点,构造一棵二叉树,若带权路径长度达到最小,称这样的二叉树为最优二叉树,也称为哈夫曼树(Huffman tree)。,Given n weights as a the n leaf node, construct a binary tree, with the right path length to a minimum, said such a binary tree for the optimal binary tree, also known as Huffman
huofuman
- 给定n个权值作为n个叶子结点,构造一棵二叉树,为哈夫曼树-N weights given as a the n leaf node, construct a binary tree, the Huffman tree
paixushu
- 实现由先序遍历序列和中序遍历序列以及由后序遍历序列和中序遍历序列构造一棵二叉树的功能-Achieved by the preorder traversal sequence and the sequence and the sequence and the sequence of the preorder traversal of a binary tree structure function sequence
hafuman
- 给定n个权值作为n个叶子结点,构造一棵二叉树,若带权路径长度达到最小,称这样的二叉树为最优二叉树,也称为哈夫曼树(Huffman tree)。通过这个程序,可以实现哈弗曼树。-Given n as n weights leaf node, construct a binary tree, if the weighted path length to a minimum, said this is the optimal binary tree, also known as Huffman tre
huffman
- 给定n个权值作为n的叶子结点,构造一棵二叉树,若带权路径长度达到最小,称这样的二叉树为最优二叉树,也称为哈夫曼树(Huffman tree)。哈夫曼树是带权路径长度最短的树,权值较大的结点离根较近。-Structure and Huffman tree coding and decoding
哈夫曼树
- 哈夫曼树(Huffman tree),又名最优树,指给定n个权值作为n的叶子结点,构造一棵二叉树,若带权路径长度达到最小,称这样的二叉树为最优二叉树,也称为哈夫曼树(Huffman tree)。哈夫曼树是带权路径长度最短的树,权值较大的结点离根较近。若将树中结点赋给一个有着某种含义的数值,则这个数值称为该结点的权。(Huffman tree (Huffman tree), also known as the tree, given n as n weights of the leaf node,
二叉排序树_17281183_刘梦婷
- 1.构造一棵二叉排序树并对其进行中序遍历输出; 2.在二叉排序树中查找某一关键字,若存在,显示查找成功;若不存在,将其插入到二叉排序树中,再中序遍历输出。(1. Construct a binary sort tree and output it through middle order traversal; 2. Find a keyword in the binary sort tree. If it exists, the search is successful. If it doe
