一个二十四点的游戏

ACM的部分简单题目，可以有空做做，练习练习。-ACM part of a simple subject, you can time doing practice exercises.

目标追踪算法，自己结合 mean shift + kalman filter，效果还不错，半自动跟踪。毕设要求，结合了最简单的mean shift 算法，以及一个二维卡曼滤波器，实现了目标的实时跟踪监测，效果已经达到要求，在这里分享给大家。

很多数值分析算法函数-A lot of numerical analysis algorithm function

用于Vibe算法的理解 运用 改进 对呀刚接触Vibe算法的同学 有很大的帮助，望大家借鉴 采纳                                                       谢谢

数字带通滤波器的设计过程。共3个源程序。其中，dos.cpp为带通FIR的源程序，其中的滤波器阶数n，滤波器的低频fln，滤波器的高频fhn，窗函数w，可以按照自己的要求改变。这里采用的是汉宁窗。主函数main.cpp实现输入与fir的h(n)的卷积，输出结果Y(n)，并将其存储在y.txt中。最后，graphics.cpp从y.txt读取数据，再由语句画出波形，可以清楚地看出计算结果是否正确，并进行比较。-digital band-pass filter design process. A total of three sources. Among them, dos.cpp FIR bandpass to the source, the filter order n, the low-frequency filter FLN, the high-frequency filter fhn, window function w, in accordance with the requirements change. Here is the Hanning window. The main function main.cpp achieve the input and fir h (n) convolution, the output Y (n), and store them in y.txt China. Finally, graphics.cpp y.txt read data from and then draw waveform statement, we can clearly see whether calculations are correct, and comparisons.

本实验主要涉及解线性方程组的列主元消去法.通过编辑程序,能更深入地了解到列主元消去法的内涵.并且通过计算比较,也可以了解到数据的精度及舍入误差等一系列有关因素.-this study involved solving linear equations of main-element elimination. Through the editorial process, to better understand out to the main yuan elimination connotations. through calculation and comparison, Data can also understand that the accuracy of rounding error and a series of other relevant factors.

用c语言实现的龙格库塔算法和阿当姆斯算法。是学习计算方法的入门级程序实例。-Using c language realize the Runge-Kutta algorithm and the Arab-Israeli Adams algorithm. Calculation method is to study the entry-level procedures.

一元二次方程求解-One dollar for solving quadratic equations

在Ｃ下实现的尼科梅切斯定理：任何一个整数的立方都可以写成一串奇数之和即任意一个正整数n的立方分解成个连续的n个奇数之和．-in C under the TSA Sanchez Theorem : A sum of the cube can be written a bunch of odd that the sum is an arbitrary integer n cubic decomposed into consecutive n odd sum.

利用IDL语言实现图像的分割算法。本算法利用IDL语言对一幅影像进行处理，首先设定所分类别的数目k，然后进行分割过程。