Nc file created using f90 interface and a demonstration of four

这是一个数据结构的常用算法,是关于字符排序的,输入一串字符用算法实现字符排序-This is a common data structure algorithms, is the sort of character input string of characters with character Sort Algorithm

非常好用的计算器，可以计算很多东西，包括一些简单函数的求解-very handy calculator that can calculate a lot of things, including some simple function of solution

该程序用动态规划解决经典的背包问题,虽然它的效率与分支定界法比起来,还是有一定的差距,但它的简洁性却是无与伦比的.-the program with dynamic programming solution to the classic knapsack problem, although its efficiency and branch and bound over, there is still a certain gap, but its simplicity is incomparable.

统计字符出现的频率的哈夫曼编码-the frequency of Huffman coding

mysql数据库操作BLOB型数据的范例-mysql database operations example BLOB data

huffman编码-huffman coding

采用随机数来生成要排序的内容，并使用模板，可以很方便的更改产生随机数的类型。-Used to generate random numbers to sort the contents, and the use of templates, you can easily change the type of random numbers generated.

在一个圆形操场的四周摆放着n堆石子。现要将石子有次序地合并成一堆。规定每次只能选相邻的两堆石子合并成新的一堆，并将新的一堆石子数记为该次合并的得分。试设计一个算法，计算出将n堆石子合并成一堆的最小得分和最大得分，并分析算法的计算复杂度。-in a circle around the playground are placed n gravel pile. Is a stone should order to be merged into a heap. Stipulated that only elected adjacent to the pile of gravel into the new heap, and a new pile of gravel credited for the combined scores. Design a test algorithm to calculate n heap into a pile of gravel to the minimum score and the biggest score and analysis of algorithm complexity.

A*算法只要求产生问题的全部状态空间的部分结点及关系,就可以求解问题了,搜索效率较高。当然由于A*算法中没有回溯，因此某些情况下可能会找不到正确的解过程。 -A* algorithm only requires a problem all part of the state space and the relationship between nodes, we can solve the problem, the search more efficient. Of course, as a result of A* algorithm is not retroactive, so some cases may be unable to find the correct solution of the process.

P7 基于ARM-Linux的IP Camera解决方案,是我在网上找的，版权归原作者所有.-P7 based on ARM-Linux solutions for the IP Camera is that I find online, and belongs to original author.