这个程序会问你想找到多少个数字，然后是它的平均值…

插入排序，堆排序，快速排序，归并排序的java实现。没有做泛型，而且内部实现是对一个给定的数组做这些排序。

这个是常用的数字计算,非常有用的啊,建议大家学习学习-This is commonly used figures, ah very useful, it is recommended everyone learn

%程序描述：featureselect_FW_fast.m,按分类效率对属性进行选择，前向方法,快速算法---------优化算法, %邻域依赖性指标计算复杂度。

ｍａｔｌａｂ程序，用于计算时间序列中的自适应问题可以进行预测-Matlab procedures used in the calculation of time-series of adaptive problems can be predicted

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

加减乘除24,java的GUI界面,输入的数字在1-13的范围内,产生的结果中已去除了冗余的结果,并统计产生结果的个数.- The arithmetic operations 24, java GUI contact surface, the input numeral in 1-13 scope, in the result which produces has removen the redundancy result, and the statistics has the result integer

用matlab实现的三维fdtd算法的源代码。 %     3-D FDTD code with PEC boundaries %*********************************************************************** % %     Program author: Susan C. Hagness %                     Department of Electrical and Computer Engineering %                     University of Wisconsin-Madison %                     1415 Engineering Drive %                     Madison, WI 53706-1691 %                

应用背景大量视觉应用依赖于整个图像匹配关键点。在过去的十年中对功能更快，更稳健的关键点和关联算法族群包括：尺度不变特征变换（SIFT），提速强大的功能（SURF），以及最近的二进制稳健不变可扩展关键点（BRISK），仅举几例。关键技术我们提出了一个新的关键点描述符的灵感来自于人类视觉系统和更精确的视网膜上，创造了快速视网膜关键点（FREAK）。二进制串的级联是通过有效地在视网膜的采样模式比较图像强度计算。

算断裂的，可以试试。QMG2.0 is written by S. Vavasis (and others mentioned in src files) and is copyrighted (c) 1999 by Cornell University.-Operator faults, you can try. QMG2.0 is written byS. Vavasis (and others mentioned in src files) and is copyrighted (c) 1999 by Cornell University.

勒让德多项式递规算法-Legendre polynomial algorithm delivery Regulation