BC环境下开发C语言实现的埃尔米特差值法的图形输出

也称“点灯游戏”。9×9的矩阵中，每选择一个元素，它与其上下左右共5个元素都会由1变为0、或是由0变为1。将所有元素变为1则胜利。本源码使用命令行界面实现这一功能，一方面支持用户手动操作游玩，另一方面给出了算法来自动解决这一问题。

在VC 6.0环境下实现，利用A*和小根堆算法来实现寻路，可设置起点与终点，设置简单迷宫。代码的注释详细，且使用代码简单，初学者也能看懂，能够了解A*的基础

这是在GNU通用公共许可证的科学应用程序中的数值计算库。完整的学科领域涵盖了包括图书馆，多项式的复数根特殊功能向量和矩阵排列排序BLAS支持线性代数Eigensystems快速傅立叶变换正交随机数伪随机序列的随机分布统计直方图n元组蒙特卡罗积分模拟退火微分方程插值数值微分切比雪夫逼近系列加速离散汉克尔变换求根最小化最小二乘拟合物理常数IEEE浮点离散小波变换基础样条曲线

有限元求解微分问题 -Finite Element Method differential problem solving differential FEM Finite Element Method differential FEM problem solving differential problem

One of the world-wide cooperative computing tasks is the "Grand Internet Mersenne Prime Search" -- GIMPS -- striving to find ever-larger prime numbers by examining a particular category of such numbers. A Mersenne number is defined as a number of the form (2p–1), where p is a prime number -- a number divisible only by one and itself. (A number that can be divided by numbers other than itself and one are called "composite" numbers, and each of these can be uniquely represented by the prime numbers that can be multiplied together to generate the composite number — referred to as its prime factors.) Initially it looks as though the Mersenne numbers are all primes. Prime Corresponding Mersenne Number 2 4–1 = 3 -- prime 3 8–1 = 7

随机数算法，包含文档和源代码-random number algorithm,including code.

文件中包含一篇关于Levenberg-Marquardt算法的详细介绍，和一个关于LM算法的简单实现

蚁群算法 (ACO) 是一种优化算法，利用蚂蚁物种的自然行为，蚂蚁觅食地上存款信息素。在这蚁群算法被介绍对付的图像边缘检测问题。提出基于蚁群算法的边缘检测方法是能够建立一个信息素矩阵表示提出了一种在图像每个像素位置的边缘信息根据大量的蚂蚁的运动有哪些派去在图像上移动。此外，运动这些蚂蚁是由图像的局部变化驱动强度值。实验结果进行了验证该方法的性能优越。

we propose a generative tracking method based on a novel robust linear regression algorithm. In con- trast to existing methods, the proposed Least Soft-thresold Squares (LSS) algorithm models the error term with the Gaussian-Laplacian distribution, which can be solved ef- ficiently. Based on maximum joint likelihood of parameters, we derive a LSS distance to measure the difference between an observation sample and the dictionary. Compared with the distance derived from ordinary least squares methods, the proposed metric is more effective

大数加法、减法、乘法和除法的C语言实现源码，可以帮助实现大数运算。-Addition of large numbers, subtraction, multiplication and division of the C language source code that can help realize computation of large numbers.