Matrix operations class library, after debugging, completely available, the need...

基于卡尔曼滤波的白球跟踪程序，白球为运动球，绿球为基于kalman滤波跟踪的球，红球为观测球，对kalman的理解有较好的帮助

应用背景This application is to focus on the numerical methods in Computational Fluid Mechanics, dealing with aeronautics, hydraulics, heat and mass transfer etc. We konw fluids have the ability to transport matter and its propertities as well as transmit force, therefore fluid mechanics is a subject that is particularly open to cross fertilization with other sciences and disciplines of engineering. The subject of fluid mechanics will be highly relevant in domains such as chemical,metallurgical, biological and ecological engineering.关键技术 SIMPLE (Semi-Implicit Method for Pressure Linked Equations) algrithm is the principal numerical method to numerical simulate incompressible fluid flow, it can remove the difficults of fake pressure disturbance and neglecting specific pressure equation for incompressible fluid flow successful. The main thoughts and steps of SIMPLE algorithm are given in this application. The single-phase loc

一个有关进制的和程序，它将一定范围内的数编制成组，通过从二进位制到十进位制， 进行编组，输入进制数和组数，即可自动计算出数据，并显示在屏幕上，同时输出到文件中，是很不错的程序，我用了好几天才编好，很精悍！-one of the 229 and procedures, it would certainly within the scope of the report into several groups, By binary system to the decimal system, organization, and the importation of 229 for a group, they will automatically calculate data, displayed on the screen, while the output to a file, is a very good procedure, I spent several days prepared and very lean!

应用背景飞思卡尔单片机，用于稳定参数，在很多程序上都可以使用。我们参加过飞思卡尔智能车大赛，使用的程序，这里的程序是对参加比赛的程序的升级版。稳定性十分的不错关键技术PID算法是一个传统工业上使用的普遍的用法，在稳定性上有十分好的应用，可以实现温度的控制和调节，在速度的控制上也没有任何问题

关联规则学习是一种发现有趣在大型数据库中的变量之间的关系的最受欢迎的和深入研究的方法。它旨在找出强规则发现在使用不同的措施，度的数据库中。

二叉树的算法，先序建立，中序遍历-binary tree algorithm, first sequence established, the preorder

用c++代码实现狄洛尼三角剖分过程，主要考虑到的因素有：（1） 占用的内存空间；（2）是否包含三角网中的各三角形、边及节点间的拓扑关系；（3）数据结构使用的效率。经编译，可以运行

用元素分配法求解0-1整数规划问题，比匈牙利法简单且易实现，该算法已通过实例验证-elemental distribution method 0-1 integer programming problems than Hungary and France is simple to implement, The algorithm has been verified by examples

实现高斯施戴尔迭代，可以直接输出迭代矩阵，并且，误差可以手动修改。-computate guass-sedal process

龙格库塔算法，用于拟合GLONASS的星历数据，15分钟精度在5米之内，可以向前推，也可以向后推！-Runge- Kutta method for fitting the GLONASS satellite ephemeris data, the accuracy of 15 minutes within five meters, can move forward, but also can push back!