2004全国大学生数学建模大赛,获奖论文

模糊控制的程序，应用Matlab Simulink工具箱搭建了一个模糊控制器，可应用于在输入不确定下的数据处理-Fuzzy control procedures, application of Matlab Simulink toolbox to build a fuzzy controller can be used in the input data under the deal with uncertainty

我们的作业 计算方法里面的牛顿切线法求根，（单根情况）。-our operations inside the calculation method Newton tangent Root, (single).

自己写的，旨在帮助大家理解文件流的处理过程。生成的base64流我将其写入根目录下的txt文档，文档尾部，添加了源文件的长度，所以他也不完全是base64流，但是对你们处理文件有很多的帮助。我的邮箱是heyuxistock@163.com，大家有不懂，就给我 邮件。

矩阵类，能完成各种矩阵运算，如求积，求逆，以及最小二乘逆等-Matrix class, to complete a variety of matrix operations, such as quadrature, inverse and inverse least squares, etc.

蚁群算法运用在聚类中，并且用C语言实现，并且会有界面展示蚁群聚类的过程。简单形象易懂

A program to demonstrate the optimization process of ant colony optimization for the traveling saleman problem (TSP). The cities are shown as red circles, the pheromone on the connections between them (fully connected graph) by gray lines. The darker the grey, the more pheromone is currently on the edge. During the optimization, the currently best found tour is drawn in red. To run the optimization, first create a random TSP, then create an ant colony, and finally run the optimization.

应用背景In this context, mobile communications may be allowed to be an indispensable commodity by most, and mobile data, video as well as television services are also becoming an essential part of everyday life. With the introduction of the Android operating system and the iPhone, the use of ebook readers such as the iPad, and the success of social networking using Facebook, the demand for cellular data traffic has grown significantly in recent years. Thus, communications on the move has proven to be transformational, and mobile operators struggle to satisfy the data traffic demands in wireless cellular networks,while keeping their costs at minimum to maintain profitability.关键技术The need for power-efficient MIMO-aided cellular networks requires a paradigm shift in the wireless system design. This trend is irreversible and will have a profound impact on both the theory and p

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应用背景本代码应用范围是静态背景下的行人检测，通过相邻两帧的像素值差，并在给定的阈值范围中，可以实时动态的找到行人所在区域并标定下来，本代码不可用于动态的行人检测，否则出现很大偏差。关键技术采用帧差法，比较相邻两帧图像对应位置的像素值差异，并用另一个图像空间存储，在给定的阈值范围中，如果像素差异值大于阈值，则将改点的像素值设置为255，如果像素值差异值小于或者等于阈值，则将改点的像素值设置为0。设定完成后，在通过图像预处理，消除图像中噪声，通过像素扫描，找到图像感兴趣范围，并圈定。即可完成图像中行人的动态实时监测。

1设计编写一个C++程序—“万年历”。  2输入任一年将显示出该年的所有月份日期，对应的星期。  3 下一行显示星期，从周日到周六，中英文都可以。  4 下一行开始显示日期从1号开始，并按其是周几实际情况与上面的星期数垂直对齐。  5 月份：中文英文都可以，注意闰年情况。