KMP

高德纳发明的高效数据结构dancing link，这里是解重复覆盖问题的一个演示(Donald Knuth invented efficient data structure dancing link, here is the solution to repeat coverage of a demonstration)

利用數據結構中的棧，實現19世紀著名數學家高斯提出的八皇后問題(Stack data structure, to achieve the eight queens problem of the 19th century, the famous mathematician Gauss)

VC简易通讯录，加强C的编程，熟悉链表文件的使用等。(Simple VC contacts, strengthen C programming, familiar with the use of a linked list file.)

利用栈完成算术表达式求值：从键盘或文件中输入算术表达式，计算其结果并显示。要求处理过程为：（1）转换为后缀表达式并输出；（2）对后缀表达式求值并输出。 输入的表达式中可以有整数、实数、括号，运算符包括+、-、*、/、#（代表单目负）。可以多次输入不同的表达式进行计算，直到用户选择“退出”。栈的基本操作可以自己实现，也可以使用系统提供的STL实现。 (Done using an arithmetic expression evaluation stack: file input from the keyboard or an arithmetic expression, calculate and display the results. Requirements process: (1) to postfix expression and output (2) evaluation of the postfix expression and output. Enter the expression can be integers, real numbers, parentheses, operators including+,-,*,/,#( representatives unary minus). You can enter several different expressions are evaluated until the user selects " Exit." Stack can implement the basic operations, you can also use the system implementation of the STL.)

演示进程调度算法 使用的链表 包涵7个功能 4个算法(Process Scheduling Algorithm Demo )

一个简单的求矩阵求逆的c语言算法 一个简单的求矩阵求逆的c语言算法 一个简单的求矩阵求逆的c语言算法(a simple matrix inversion for the C language algorithms for a simple matrix inversion of the c language a simple algorithm The matrix inversion for the C language algorithms for a simple matrix inversion algorithm in C Language)

此程序用于解决8皇后问题，运行后输出8皇后问题的所有解(This program is used to solve the 8 queens problem, all solutions of 8 queens problem output operation.)

A*算法通过启发式探索下一结点，逐步逼近目标结点，且使得路径最短。(A* algorithm heuristic to explore the next node, and gradually approaching the target node, and that the shortest path.)

数据结构中的用kmp算法查找关键字，供初学者参考(Data structure using kmp algorithm to find the keyword reference for beginners)

说明：  ACM及各类基本算法模板，包括数据结构，计算几何，字符串，图论，数学，高精度等许多常用模板(ACM basic algorithm and various templates, including data structures, computational geometry, string, graph theory, mathematics, high-precision, and many other commonly used templates)