二维粗糙面生成源程序

计算两端特征值的高效算法,调数值计算lapack包. -Eigenvalue calculation at both ends of the efficient algorithm, adjusting numerical lapack package.

aprioi算法用于数据挖掘的关联处理，对于数据挖掘只是可以更好的了解-aprioi algorithm for data mining of association deal with, for data mining can only have a better understanding of

非线形方程组类:包括各种非线性方程组的各种求解方法，非常方便调用-Non-linear equations categories: including a variety of nonlinear equations to solve a variety of methods, very convenient to call

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快速排序是一种分而治之的排序算法

模拟退火算法通用类,改编自TSP问题求解，采用Java5范式来表示解，需要实现：评估算法，获取当前解的领域，detalT【温度变化值】，loopCount【循环次数】可调，更原始类型参看SACompute-Simulated annealing algorithm generic categories, adapted from the TSP problem solving, using Java5 solution paradigm to express the need to realize: To evaluate the algorithm, the field of access to the current solution, detalT value] [temperature changes, loopCount] [cycles adjustable, more primitive type of See SACompute

实现A5算法的加密与解密程序，是源代码程序希望对大家有帮助~亲测有效

应用背景用于智能计算，分析调度等。最典型的就是解决tsp问题和背包问题。算法已经很成熟了，请大家放心使用，此代码只用于学习，不能用于商业用途，如果要用于商业用途请于作者联系。谢谢使用。关键技术 遗传算法模拟生物进化论来实现算法的优化。如，算法要随机的产生种群，然后种群就会像生物一样繁衍，它要进行遗传，自然选择，基因突变等方式产生更优秀的下一代种群。为了防止算法陷入局部最优解，所以算法要进行变异操作。详情可以联系我。希望大家可以多多交流。

详细表述了分数阶傅立叶变换的离散实现，将现有的算法进行比较。-In this note we make a critical comparison of some matlab programs for the digital computation of the fractional Fourier transform that are freely available and we describe our own implementation that lters the best out of the existing ones. Two types of transforms are considered: First the fast approximate fractional Fourier transform algorithm for which two algorithms are available. The method is described in H.M. Ozaktas, M.A. Kutay, and G. Bozdagi. Digital computation of the fractional Fourier transform. IEEE Trans. Signal Process., 44:2141{2150, 1996. There are two implementations: one is written by A.M. Kutay the other is part of package written by J. O Neill. Secondly the discrete fractional Fourier transform algorithm described in the master thesis C . Candan. The discrete fractional Fourier transform, Bilkent Univ., 1998 and an algorithm described by S.C. Pei, M.H. Yeh, and C.C Tseng: Digital fractional Fourier transform base

实现cantor，分型树，couch曲线等分形图形的建立，内部还包括测距等功能函数