Subcarrierallocationandrelayselection

LLE算法是一种非线性数据降维方法，其特点是简单。(LLE algorithm is a kind of nonlinear data dimension reduction method. Its characteristic is simple )

基于Matlab的m序列仿真与实现,仿真结果验证了该方法的正确性和可行性(M sequence of Matlab-based simulation and)

Cylindrical dielectric resonator analysis

说明：  含风电机组的配电网可靠性评估算法，用ARMA模型预测风速并确定风速分布(An algorithm for reliability evaluation of distribution network with wind turbines, ARMA model is used to predict wind speed and determine wind speed distribution)

matlab 常用算法 一些常用的绘图命令 拿来就能用(classical algorithm matlab program drawing)

基于JADE算法的Matlab数字水印技术(Based on the the JADE algorithm of Matlab digital watermarking technology)

希尔伯特变换hilbert得到的解析信号，并对变换结果进行傅里叶变换，观察频谱分布(Hilbert transform to obtain the analytic signal, and transform the results of Fourier transform, observe the spectrum distribution)

We consider the scheduling of simple linear deteriorating jobs on parallel machines a new perspective based on game theory. In scheduling, jobs are often controlled by independent and selfish agents, in which each agent tries to a machine for processing that optimizes its own payoff while ignoring the others. We formalize this situation as a game in which the players are job owners, the strategies are machines, and a player’s utility is inversely proportional to the total completion time of the machine selected by the agent. The price of anarchy is the ratio between the worst-case equilibrium makespan and the optimal makespan. In this paper, we design a game theoretic approximation algorithm Aand prove that it converges to a pure-strategy Nash equilibrium in a linear number of rounds. We also derive the upper bound on the price of anarchy of Aand further show that the ratio obtained by Ais tight. Finally, we analyze the time complexity of the proposed algorithm

基于Matlab/Simulink建立的仿真模型，可以进行基于综合潮流控制器UPFC的电力系统仿真与分析。(Based on the simulation model established by Matlab/Simulink, the simulation and analysis of power system based on integrated power flow controller UPFC can be carried out. )

Impulse responses of systems