backtrackng

使用C++/C语言实现的红黑树，对于数据结构的学习有所帮助。(Use red-black tree C++/C language for learning data structures helpful.)

本书是关于计算机科学与工程领域的基础性研究科目之一——数据结构与算法的专著。 本书在简要回顾了基本的C++ 程序设计概念的基础上，全面系统地介绍了队列、堆栈、树、图等基本数据结构，以及贪婪算法、分而治之算法、分枝定界算法等多种算法设计方法，为数据结构与算法的继续学习和研究奠定了一个坚实的基础。更为可贵的是，本书不仅仅介绍了理论知识，还提供了50多个应用实例及600多道练习题。 本书内容广博权威，结构清晰合理，是一本全新的有关数据结构与算法的教材，对于计算机科学与工程领域的从业人员也是一本很好的参考书。 11-15章 (This book is about the field of computer science and engineering subjects of basic research- data structures and algorithms monographs. In a brief review of the book based on the basic concept of C++ programming on a comprehensive and systematic introduction to the queues, stacks, trees, graphs and other basic data structures, and the greedy algorithm, a variety of algorithms divide and conquer algorithms, branch and bound algorithm design method for data structures and algorithms continue to learn and study laid a solid foundation. More valuable is the book not only theoretical knowledge, but also provides more than 50 application examples and more than 600 channel exercises. Book a broad authority, clear and reasonable structure, is a new data structures and algorithms related materials, for the field of computer science and engineering practitioners also a good reference book. Chapter 11-15)

直接插入排序算法验证。 快速排序算法验证。 直接选择排序算法验证。 (Direct insertion sort algorithm validation. Quick sort algorithm validation. Direct selection sort algorithm validation.)

按照一定的输入求出二叉树的层次遍历，输出相应的结果(Calculated in accordance with the input binary tree traversal of the hierarchy, the output of the corresponding results)

八皇后算法，用的是最简单的穷举法，在VC++6.0上编写的。(Eight Queens algorithm, using the simplest method of exhaustion, in VC++6.0 written on.)

上海交通大学数据结构课程的课后作业系列3.5：仅供参考，最好还是自己去写(Shanghai Jiaotong University data structure course homework Series 3.5: for reference, it is best to write their own)

迷宫问题c源代码，大小为8*8的迷宫。主函数中输入开始位置和结束位置的坐标，输出所有可能的路径(Maze c source code, size 8* 8 of the maze. Enter the start the main function of the coordinates of the position and end position, the output of all possible paths)

求二叉树的深度: 给定一个有根二叉树，规定连接两个节点的每条边长度是1，定义树的深度为根到叶子节点距离的最大值。 (Description 给定一个有根二叉树，规定连接两个节点的每条边长度是1，定义树的深度为根到叶子节点距离的最大值。 )

这是BFS算法的实现。用C语言实现的。好好学习吧。(This is achieved BFS algorithm. Implemented using C language. Learn it.)

利用佛洛伊德算法计算节点之间的最短路径,用于复杂网络中计算平均路径长度(average path lengh)