积分

混沌序列的相空间重构的MATLABT程序,相信一定能给您带来惊喜.-chaotic sequence of phase space remodeling MATLABT procedures, I believe that you can bring surprises.

长整形相加的程序，客队任意长度的数据进行相加，很值得学习-long plastic procedures combined scoring arbitrary length of the data together, is worth learning.

数学建模98B 题灾情巡视路线求解程序（多旅行商）-mathematical modeling 98B disaster inspection line that the solver (MTSP)

广义矩阵求逆相关资料，矩阵运算，矩阵概念。-Generalized information matrix inversion, matrix operations, matrix concept.

一个排序过程的演示- A arrangement process demonstration

哈夫曼编码和解码系统,并可对文件进行编码-Huffman coding and decoding system, the documents can be encoded

矩阵乘法是线性代数运算中最常见的运算,它在科学研究以及工程开发中都具有举足轻重的作用,提高其运算的效率是很多大型的学术研究中的内容,这边论文是分析主要的两个矩阵乘法算法.-Linear algebra matrix multiplication is the most common operation, it is in scientific research and engineering development have a decisive role in raising the efficiency of its operations for many large academic research of the contents of papers here is to analyze the main two a matrix multiplication algorithm.

资源描述最小生成树的两种算法实现，是中国顶尖名校——北京航空航天大学的计算机软件基础（数据结构）课程作业;完成很好，可以给数据结构入门使用

应用背景基于51 单片机的简单循迹小车，仅个人娱乐所用，采用6个传感器可实现90度直角转弯，还能转小于90度的，也有原地掉头功能（前方无路时），刚入门，程序好不好，望勿喷。关键技术大家都知道51程序很简单，方法也各式各样，我刚步入大学的一个小程序，个人认为还有很多不周到的地方，但是我亲测有用，基本功能实现没有问题，但传感器位置很重要。个人采用的是“八”字形排布。

一个acm算法题目 问题描述： 有一个黑盒子，可视为一个15×10的二维矩阵，里面有一些空隙，在二维矩阵中用0表示空隙，用1表示被占有。现有一个仪器，可以从4个方向对盒子进行分行透视：从左到右，从左下到右上，从下到上，从右下到左上。透视可得到该二维矩阵的该行1的个数。要求，还原此矩阵。 输入：4行，每一行分别代表从左到右，从左下到右上，从下到上，从右下到左上透视所得的数据 输出：该矩阵 使用的方法是回溯法，具体见程序-a acm algorithm topic Problem description : a black box, as a 15 x 10 two-dimensional matrix, there are some gaps in two-dimensional matrix using 0 indicates the gap, with a show that occupies. An existing equipment, from the direction of four branches box for perspective : from left to right, from the lower left to upper right, from bottom to top, from the lower right to upper left. Perspective availability of the two-dimensional matrix of the line a number. Demand reduction of this matrix. Input : 4 firms on behalf of every line from left to right, from the lower left to upper right, from bottom to top, from the upper left to lower right perspective on data obtained from the output : the matrix method is the use of backtracking, see the specific procedures