分数阶傅立叶变换.rar

LDL分解。作为矩阵方程数值解法最基础的矩阵分解算法，LDL算法可以高效分解对称矩阵。-LDL decomposition. Numerical Solution of matrix equation as the most basic matrix factorization algorithm, LDL decomposition algorithm can be efficient symmetric matrix.

以近似初值问题的解决方案： * Y" = F(T,Y)，A < = T < = B，Y(A) = 阿尔法， * 在 N + 1 间隔相等的点在区间 [A，B]。 * * 输入： 终结点 A、 B ；阿尔法最初的状况 ；整数 N。 * * 输出： 逼近到 (N + 1) 在 Y W 值 T。

defequ，是用来解偏微分方程的求解器。能够自主定义边界条件，并且可以得到图示的效果。-defequ is used solution of partial differential equations solver. Autonomy definition of boundary conditions, and can be Picture shows the effect.

这是我学习数字信号处理时编写的程序！功能就是显示一些常用的函数的图形！并可以做FFT计算！-This is what I have learned from digital signal processing to prepare the procedures! Function is to show that some of the functions commonly used graphics! And FFT calculation can be done!

应用背景arcEngine地图绘画，初学者可以借鉴关键技术arcEngine绘画，地图实例已大连的实际应用为背景

龙贝格积分法求解数值积分-Romberg integral method numerical integration

Newton下山法-Newton down France

应用背景In this context, mobile communications may be allowed to be an indispensable commodity by most, and mobile data, video as well as television services are also becoming an essential part of everyday life. With the introduction of the Android operating system and the iPhone, the use of ebook readers such as the iPad, and the success of social networking using Facebook, the demand for cellular data traffic has grown significantly in recent years. Thus, communications on the move has proven to be transformational, and mobile operators struggle to satisfy the data traffic demands in wireless cellular networks,while keeping their costs at minimum to maintain profitability.关键技术The need for power-efficient MIMO-aided cellular networks requires a paradigm shift in the wireless system design. This trend is irreversible and will have a profound impact on both the theory and p

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应用背景 五子棋网游客户端与服务器源码 完整的源码 完整的细节 挺不错的 关键技术 网游以及处理socket                       完整的通信                                                                                                                                     &nb