很有用的算法哦。这是我好不容易找道的

这是人工蜂群蚁群算法 matlab m 文件。这种优化算法由德尔维什 Karaboga.The algortihm 非常简单，它是非常有用。

将正整数M拆分成N个不同正整数之和,并打印出所有可能的组合

两个矩阵相乘的源程序- Two matrices multiplication source program

计算机日历程序 (包括判别是否闰年)-computer calendar (including discriminant whether a leap year)

用fortran编写的有限元网格划分程序，主要用于生成三角形单元。可用于不同的数值计算，比如有限体积法，有限单元法，等等。-ANGENER is a fortran source package able to generate triangulations, which can be used for different numerical methods, for example finite volume method, finite element method, etc.

两个序列的循环卷积，大家可以对比参考一哈-two sequences circular convolution, we can contrast a reference to Kazakhstan

页面置换算法代码，语言采用c++。实现了FIFO算法，LRU算法，其中，LRU采用经典的LRU算法，由于该算法占用资源较大，多数OS采用改进的LRU算法.-pages replacement algorithm code language used c. To achieve the FIFO algorithm, the LRU algorithm, which, the LRU is a classical LRU algorithm, the algorithm occupy larger resources, the majority of the improved OS LRU algorithm.

应用背景2011: Peer-to-Peer 38 and 60 GHz in Austin Texas Cellular (rooftop-to-ground) 2012: Cellular 28 GHz in New York City 2013: Cellular and Backhaul 72 GHz in New York City 2013: Capacity Analysis and Channel Models for 5G关键技术Links made at large range of receiver and transmitter angles • Many scatterers near both RX and TX when placed 1.5m above ground • Antenna Beam-steering can help make several NLOS links • Objects, such as brick, reflect 38 GHz better than 60 GHz due to lower diffusive scattering.

Cantor 表问题： 问题描述： 把分子和分母均小于108 的分数按下面的办法排成一个数表。 1/1 1/2 1/3 1/4 1/5 ... 2/1 2/2 2/3 2/4 2/5 ... 3/1 3/2 3/3 3/4 3/5 ... 4/1 4/2 4/3 4/4 4/5 ... 5/1 5/2 5/3 5/4 5/5 ... ... ... 我们以Z 方形方法给上表的每项编号。第一项是1/1，第二项是1/2， 然后是2/1，3/1，2/2，1/3，1/4，2/3，3/2，4/1，5/1，4/2，...... 要求:对于给定的输入的编号N(0

版本更新许可AForge.Video.FFMPEG成分，这是目前发布 根据GPL V3许可证（因依赖FFMPEG库GPL版本）。的其余部分 该框架仍然GPLv3的许可证。