搜索资源列表
C-Sort
- 本文档讲解了几种排序方式的优缺点。包含直接插入、希尔、直接选择、冒泡、快速、堆、二路归并等排序方式。-this document on the order of several ways the advantages and disadvantages. Include direct insertion, Hill, direct choice, Bubble, rapid and heaps of two-way merge, etc
FibonacciHeap
- 斐波那契堆基于二项式堆,在支持以O(1)时间实现插入、合并和以O(log n)实现删除最小元素的基础上，进一步实现了以O(1)实现指定节点值减少和用O(log n)时间完成删除任意节点操作-Fibonacci heap-based binomial heaps of support to the O (1) time to achieve insertion, Merger and O (log n) to achieve the sm
dwqdsort111
- 1）实现以下常用的内部排序算法并对它们的时间效率进行比较： 必做（6种）：起泡排序、直接插入排序、简单选择排序、快速排序、希尔排序、堆排序； 选做：折半插入、二路归并、基数排序等等； 2）函数首部要求：void XXXXSort(char **list, int len, int n, int *c, int *s) 其中： a) XXXXSort为排序函数名，具体如下： 起泡排序BubbleSort
电话本管理系统
- 该系统是本人课程设计作业，因为时间关系，只用了两天多的时间编成。所以有很多地方没有得到增强。版本为1.0。现作以下升级。 增加NEW，OPEN版本。 提高输入容错。判断输入的对错。 时间关系，搜索功能为线性搜索，现增强如下：f_search:费氏查找法；btree:二叉树查找法；l_search：线性查找法； r_search：递归折半查找法；zcsear:杂凑碰撞查找法；o_sear:插补查找加强法； 排序是冒泡法，现增强为：heap
minbinoheapandminleftisttree
- This code implements min binomial heaps and min leftist trees.Plus, measure and compare the relative performance of these two implementations under the assumption that the only permissible operations are insert and delet
mpool-2.1.0
- 内存池实现 BACKGROUND: This is a memory pool library which was written to allow a program to have heaps that it could destroy without fragmenting memory. You can have multiple heaps and reset them easily complet
电话本管理系统
- 提高输入容错。判断输入的对错。 时间关系，搜索功能为线性搜索，现增强如下：f_search:费氏查找法；btree:二叉树查找法；l_search：线性查找法； r_search：递归折半查找法；zcsear:杂凑碰撞查找法；o_sear:插补查找加强法； 排序是冒泡法，现增强为：heaps:累堆排序；binary：二叉树排序；xieer：谢耳排序；sinsert：插入排序；quicks:快速排序；select:选择排序法；-incre
电话本管理系统
- 该系统是本人课程设计作业，因为时间关系，只用了两天多的时间编成。所以有很多地方没有得到增强。版本为1.0。现作以下升级。 增加NEW，OPEN版本。 提高输入容错。判断输入的对错。 时间关系，搜索功能为线性搜索，现增强如下：f_search:费氏查找法；btree:二叉树查找法；l_search：线性查找法； r_search：递归折半查找法；zcsear:杂凑碰撞查找法；o_sear:插补查找加强法； 排序是冒泡法，现增强为：heap
电话本管理系统
- 提高输入容错。判断输入的对错。 时间关系，搜索功能为线性搜索，现增强如下：f_search:费氏查找法；btree:二叉树查找法；l_search：线性查找法； r_search：递归折半查找法；zcsear:杂凑碰撞查找法；o_sear:插补查找加强法； 排序是冒泡法，现增强为：heaps:累堆排序；binary：二叉树排序；xieer：谢耳排序；sinsert：插入排序；quicks:快速排序；select:选择排序法；-incre
C-Sort
- 本文档讲解了几种排序方式的优缺点。包含直接插入、希尔、直接选择、冒泡、快速、堆、二路归并等排序方式。-this document on the order of several ways the advantages and disadvantages. Include direct insertion, Hill, direct choice, Bubble, rapid and heaps of two-way merge, etc
FibonacciHeap
- 斐波那契堆基于二项式堆,在支持以O(1)时间实现插入、合并和以O(log n)实现删除最小元素的基础上，进一步实现了以O(1)实现指定节点值减少和用O(log n)时间完成删除任意节点操作-Fibonacci heap-based binomial heaps of support to the O (1) time to achieve insertion, Merger and O (log n) to achieve the sm
dwqdsort111
- 1）实现以下常用的内部排序算法并对它们的时间效率进行比较： 必做（6种）：起泡排序、直接插入排序、简单选择排序、快速排序、希尔排序、堆排序； 选做：折半插入、二路归并、基数排序等等； 2）函数首部要求：void XXXXSort(char **list, int len, int n, int *c, int *s) 其中： a) XXXXSort为排序函数名，具体如下： 起泡排序BubbleSort
minbinoheapandminleftisttree
- This code implements min binomial heaps and min leftist trees.Plus, measure and compare the relative performance of these two implementations under the assumption that the only permissible operations are insert and delet
mpool-2.1.0
- 内存池实现 BACKGROUND: This is a memory pool library which was written to allow a program to have heaps that it could destroy without fragmenting memory. You can have multiple heaps and reset them easily complet
report+of+Algorithm
- 算法设计的实验报告 包括Bottom-Up Merge Sorting算法、插入排序算法Heaps的创建堆、堆排序算法、按秩合并算法以及带路径压缩算法、实现查找第K小元素算法、实现快速排序算法、实现平面内最接近点对算法、实现最长公共子序列算法、实现矩阵链相乘算法、实现0/1背包问题算法、实现Dijistra’s算法、Prim算法、Kruskal算法、文件压缩算法-Experimental Algorithm Design Repor
SSP
- I implement Dijkstra s Single Source Shortest Path, say SSP, algorithm for directed graphs using a simple data structure, say simple scheme, Fibonacci heaps, say F-heap scheme, and Pairing heaps, say P-heap scheme, and m
Mastering.Algorithms.with.C
- Data comes in all shapes and sizes, but often it can be organized in the same way. For example, consider a list of things to do, a list of ingredients in a recipe, or a reading list for a class. Although each contains a
gdsl-1.4.tar
- The Generic Data Structures Library (GDSL) is a collection of routines for generic data structures manipulation. It is a portable and re-entrant library fully written from scratch in pure ANSI C. It is designed t
Heaps
- This Heap Data structure implementation-This is Heap Data structure implementation
heaps-master
- Heaps library for haxe