资源列表
cordic
- 用CORDIC算法来计算正弦和余弦函数，稍加修改还可计算其他函数-CORDIC algorithm is used to calculate the sine and cosine functions, other functions can be calculated slightly modified
huffman
- 哈夫曼编码及译码实现--数据结构哈夫曼算法实现-Huffman coding and decoding achieve
double-link-merge.c
- 链表归并 a) 构造两个单链表 c) 显示构造的单链表的元素内容 b) 编写算法将这两个单链表归并为一个按元素值递减次序排列的单链表，要求利用原来两个单链表的结点存放归并后的单链表。 e). 显示归并后的单链表-link merge
07
- 用堆栈实现0-1背包问题，以此了解递归实现的栈本质-0-1 knapsack problem with the stack implementation, in order to understand the recursive nature of stacks
dijkstra
- 图论中求最短路径的dijkstra算法，自己写的，-Graph theory ； shortest path ；dijkstra algorithm
Josephus
- 实现约瑟夫问题的4种算法，并有计时功能进行效率测试-4 algorithms to resolve Josephus Problem with timing counter for testing efficiency
The-longest-common-subsequence
- 运用动态规划思想和策略，解决最长公共子序列问题。-The use of dynamic programming ideas and strategies to solve the longest common subsequence problem.
SequentialQuickMergeBubbleSort
- In this code there are algorithms for sequential sorting like Quick Sort,Merge,Bubble,Insertion written in c++.
delete
- 非递减有序的顺序表中插入一个值为X的元素，使插入后的表仍然为非递减有序链表。-The establishment of the sequence table, insert, and delete
Josephus
- 约瑟夫环的循环链表的方法 用了单链表和双链表-Josephus circular linked list with a single linked list and doubly linked list
erchashu
- 利用java 实现 二叉树算法，自己编写的利用java 实现 二叉树算法 -Java data structures singly linked lists of simple implementation
cengcibianli
- 运用层次遍历的方法输出从根节点到每个叶子节点的逆-The method of using traverse the level output the root to each leaf node inverse