youxiangquan

说明：  matlab与weka的转换代码，很有用(matlab and weka conversion code, very useful)

说明：  计算流体力学的基础理论，包括偏微分方程组的分类及性质，数值离散的基本概念(The basic theory of computational fluid dynamics, including the classification of partial differential equations and the nature of the basic concepts of discrete values)

2D-Gabor变换的Matlab实现代码(Codes of Matlab for 2D-Gabor transform)

Device-to-Device Communication as an Underlay to LTE-Advanced Networks

kernel bandwith optimization

UG586 - Zynq-7000 All Programmable SoC and 7 Series Devices Memory Interface Solutions v2.3 User Guide ( ver2.3, 18511 KB )(UG586- Zynq-7000 All Programmable SoC and 7 Series Devices Memory Interface Solutions v2.3 User Guide ( ver2.3, 18511 KB ))

variabel acak diskrit, percobaan sistem komunikasi dengan menggunakan software matlab

无刷直流电机的控制仿真，主要PWM三相控制，无转矩脉动(Brushless DC motor control simulation, the main PWM three-phase control, no torque ripple )

基于最差性能最优的稳健波束形成算法可以等价转换成加载样本矩阵求逆(LSMI)算法.提出了 一种新的求解方法, 准确地计算出Lag range 乘数, 给出了LSMI 算法中的最优加载量, 解决了对角加载技术中加载量估计难题.(The robust adaptiv e beamformer using w orse-case performance optimization can be converted to the loaded sample ma trix inv ersion (LSMI) algorithm equivalently.For the LSMI beamformer , a no vel method is develo ped to so lve the precise Lagrange multiplier , and the o ptimal loading level can be computed exactly.Most important, this method gives the efficient solution to finding the optimal loading level for diagonal loading.)

说明：  熟悉OQPSK的基本原理、调制解调技术，掌握MATLAB中M文件的使用及相关函数的调用方法，在此基础上通过MATLAB编程来实现OQPSK的调制与解调(The goal of this design is to deeply understand the basic principle of OQPSk modulation and demodulation, learn how to use MATLAB software in the M file to realize OQPSk modulation and demodulation analysis and join the influence of different noise on the signal, the first to create a digital baseband signal and then the corresponding function in MATLAB the baseband signal modulation, and then analyses the waveform of the modulated, record the results of modulated signals after demodulation, observe the demodulation results and record, finally adding noise in the signal and then observe the changes of the time-frequency diagram, analyze the noise of the signal to noise ratio influence the result of the modulation.)