资源列表
（－1结束）求树高
- 用递归的方法的方法求二叉树的树高，注意输入的节点数据以－1结束。-use recursive methods for the binary tree height, pay attention to input data to the nodes -1 end.
重发求树高的程序
- 用递归的方法求二叉树的树高，使用时更加灵活，注意输入的数据以－1结束-using recursive method for binary tree height, use a more flexible, pay attention to input data to the end-1
重发尾插法建立单链表及其遍历
- 用尾插法建立单链表，可以事先不必指定要插入的元素的个数，比较灵活，注意输入数据时以－1结束-tailings interpolation creation of a single-chain and can not designated prior to the insertion of items, a more flexible, pay attention to the input data to the end-1
forgive
- joseph的程序对很多C初学者有着很大的帮助，用C++程序实现的-many of the procedures C beginners have great help with the C Programming
数据结构课设
- 用c编写的数据内部排序方法,可在窗口中选择多种排序方法,如快排,冒泡,折半插入等,还可以选择排序数据的个数,初态,控制等.-using data prepared by the internal order, the window can choose a variety of sequencing methods, such as fast Pai, bubbling half insert, can also choose the number of original data, the i
数据结构实验与实训教程
- 数据结构实验与实训教程 书籍语言： 简体中文 书籍类型： 程序设计 授权方式： 免费软件 书籍大小： 1.7 MB -experimental data structure and Training Guide books Language : English books categories : program design license : free software books Size : 1.7 MB
二进制信道均衡算法源程序清单
- 关于自适应滤波的一系列程序，包括二进制信道均衡，噪声对消，信号增强等，斑竹，该加精了吧？-adaptive filter on a series of procedures, including binary channel equalization and noise cancellation and signal enhancement, fed, the rate is honed?
数据结构1800例题与答案
- 数据结构1800例题与答案 我想对大学生很有用啊-data structure with 1,800 examples, I would like to answer students useful ah
bm_c
- bm算法是串的一种匹配算法！本源代码介绍了bm算法的c实现。-bm algorithm is a string matching algorithm! Source code introduced bm Algorithm c achieve.
算法(strassen和strassen混合算法)
- strassen算法的扩展，可以计算任何偶数阶矩阵的相乘，一般strassen只能计算2的n次方阶（自己编写，英文注释~）-Strassen expansion algorithm can even order any calculation of matrix multiplication, general Strassen only two terms of the n-th-order (to prepare themselves, English Notes ~)
Kruskal
- 一个用vc实现的Kruskal算法，程序流程非常清晰，有助于对算法的理解。-a vc achieved using Kruskal algorithm, program flow is very clear, contribute to the understanding of the algorithm.
十字链表数据结构
- 数据结构中关于十字链表的实现，十字链表可以很好的对稀疏矩阵进行效率很高的存储和计算。比如在通信纠错编码的ldpc编译码中就要用到这种数据结构-data structure on the realization of Chain Cross, Cross List can be good for sparse matrix highly efficient storage and computing. For example, in communications-correction coding