HUI EGO ZNAET 40

使用结点分析法求解直流电阻电路，并将结果保存在txt格式的文档中-The use of node analysis method to solve the DC resistance circuit, and the results saved in txt format document

数据结构基础学习，按照工程要求，实现数据结构的开发，包括头文件、源程序、测试例程及makefile，是初学数据结构的最好例子。对于C语言的提高有很大帮助。 线性表是数据结构的基础，这里才有顺序和链式两种方式实现线性表。具有代表意义。

群微粒算法：本算法用群微粒算法求目标函数的最大值 //本算法使用步骤 // （1）派生自己的群微粒类，类中必须定义double GetFit(PARTICLE&)方法，用来计算每个微粒的适合度 // （2）生成派生类实例，并在构造函数中指明微粒坐标维数和群体个数 // （2）设置微粒坐标上界数组和下界数组，并用SetXup与SetXdown设置微粒坐标上下界 // （3）用SetVmax方法设置微粒最大速度 // （4）设置可选参数：C1，C2，W和通讯函数 // （5）采用Run方法进行优化运算，优化后用GetBest方法获得最优个体适合度和坐标

This function calculates the peaks in a vector V.

本代码是通过matlab算法实现的人脸定位和人眼定位，通过肤色找到人脸，继而定位人眼。根据人眼的定位可实现之后的工作

insertion_sort.cpp #include #include #include #define N 5000 int insertion_sort( int data_insert[] ); void creat_file( char *file_name, int data_file[] ); int main(int argc, char *argv[]){    int data[N];    creat_file( argv[1], data ); 请点击左侧文件开始预览 ！预览只提供20%的代码片段，完整代码需下载后查看 加载中 侵权举报

感知机模型delphi版-Perceptron model version delphi

数学，好似后的变换，QR分解等解场系数微分方程的程序-Mathematics, like after the transformation, QR decomposition, such as solution of differential equation field procedures

变系数/非线性微分方程的求解，包括原式及改变的式子。 -Variable coefficients/non-linear differential equations to solve, including the original style and formula changes.

应用背景This paper considers the problem of interference mitigation in multi-cell multi-antenna time division duplex (TDD) wireless systems for downlink transmission. An efficient way to obtain channel state information (CSI) at the base station is by using uplink pilots and reciprocity of the downlink channel. At the same time, it has been shown that pilots from different cells contaminate each other, resulting in corruption of precoding matrices used by base stations, and high inter-cell interference. This paper studies the effects of shifting the location of pilots in time frames used in neighboring cells, and its effectiveness in obtaining better channel estimates, and, thereby, inter-cell interference reduction.关键技术Wireless cellular network designs with multiple antennas have been adopted by several modern wireless systems, which aim for high throughput as well as high