▍1. the-simulation-of-radar
介绍了雷达信号处理的MTI、MTD、恒虚警技术等 并对雷达的各个部分进行了仿真(Describes the radar signal processing MTI, MTD, CFAR radar technology and the various parts of the simulation)
介绍了雷达信号处理的MTI、MTD、恒虚警技术等 并对雷达的各个部分进行了仿真(Describes the radar signal processing MTI, MTD, CFAR radar technology and the various parts of the simulation)
基于LMI 的输出反馈H无穷控制及其仿真,包含论文和仿真代码。(LMI-based output feedback H infinity control and simulation, including papers and simulation code.)
基于LMI 的输出反馈H无穷控制及其仿真,包含论文和仿真代码。(LMI-based output feedback H infinity control and simulation, including papers and simulation code.)
为了给变频调速系统提供必要的设计参数,依据空间电压矢量脉宽调制(SVPWM)基本原理,介绍了 异步电动机及 SVPWM 算法在 Matlab/Simulink 环境下的建模过程及基于矢量控制理论的变频调速系统动态 模型建立。详细地阐述了实现仿真的方法,并针对仿真中的关键问题及系统的仿真结果进行了分析。仿真结 果表明,采用该控制系统,电压及转矩波动小,转速响应迅速,系统的各项指标都满足电机实际运行特性要 求。其仿真算法对于实现数字化控制变频调速系统具有一定的价值。 (To provide the necessary design parameters for the actual motor control system, the modeling course of voltage space vector pulse wide modulation(SVPWM)agrithmetic and AC motor under Matlab/Simulink environment are introduced. The dynamic model of variable frequency speed regulating system based on vector control is discussed according to the principle of SVPWM. The new method of realizing simulation, key problems and results of the simulation are analyzed in detail. The experimental simulation results show that this system has smaller fluctuations of voltage and torque, quicker response speed, and all of the indicators accord with the performance of the actual motor. The simulation agrithmetic have value to realize controlling motor with digital signal processing. )
说明: MIMO系统仿真 MIMO技术可W极大地提升系统吞吐量和有效抵抗多径衰落的影响,被视作LTE的核也技术之一。信号检测模块又是MIMO系统中非常重要的一步,因为接收端收到的信号是经历了无线信道衰落影响的信号,与发送端发送的初始值之间差距较大,因此,在接收端首先应进行信道估计求出信道矩阵H,然后根据该信道矩阵的信息,从接收端还原出发送信号。因此,在MIMO系统中信号检测直接彰响着系统系能的提升。本章将先介绍高移动性MIMO无线信道的建模方法(simulation of MIMO-OFDM communication system)
汽车七自由度ESP控制模型即孔子策略研究,十分经典,适合于研究生论文(ESP control model car seven degrees of freedom that Confucius Strategy, very classic, suitable for graduate thesis)
本规定适用于国家电网公司经营区域内以同步电机、感应电机、变流器等形式接入35kV及以下电压等级电网的分布式电源。(This regulation applies to the national grid company operating in the region access to the synchronous motor, induction motor, inverter and other forms of 35kV and below voltage distributed power grid.)
硕士论文研究有关转子轴承系统时,学习参考用 的小程序。主要研究振动特性(Master s thesis research on rotor bearing system, reference for the study of the small program. Study on vibration characteristics of the main)
中继选择方案的研究,机会中继 碰撞概率 最佳中继 退避,(Relay selection scheme of research opportunities relay The collision probability The best relay Retreat, )
模块化的航空发动机模型,可以加入到simulink中(The modular aero engine model can be added to Simulink.)
说明: 永磁同步电机双闭环控制MATLAB仿真程序(MATLAB permanent magnet synchronous motor double closed-loop control)
OptiSystem仿真软件模型案例,有光发送机设计,光接收机设计,光纤系统设计,光放大器设计 (OptiSystem simulation software model case, the light transmitter, optical receiver design, optical system design, design of optical amplifiers)
一篇基于微多普勒特征进行目标分类的毕业论文。(A thesis based on the characteristics of the micro-Doppler target classification.)
说明: 论文 天线阵列 天线方向图 matlab实现(In this paper, the realization of antenna array pattern with MATLAB is presented)
当前,矢量控制是一种优越的交流电机控制方式,它模拟直流电机的控制方式使得交流电机也能取得与直流电机相媲美的控制 效果。依据矢量控制的基本原理和方法,用 456752 8 9:4 7:<= 模块构建了一个基于转子磁场定向的旋转坐标系下的交流异步 电机矢量控制系统仿真模型,对其速度控制器提出并设计一种模糊滑模变结构控制算法。该控制算法具备模糊逻辑控制和滑模 变结构控制两者优点,并且较好地解决了滑动模态的抖动问题。仿真结果表明了该设计的可行性以及具有良好的动静态性能、 较强的鲁棒性(6.C+D& EFB@.A B.*@A.G ! H’ , )?+ ?1IFA).A B.*@A.G J.CF .K )*C1B@).* J.@.AL :@ B+* .>@+)* @(F ?+JF B.*@A.G FKKFB@ .K M’ J.@.A >D J.CFG)*/ @(F B.*@A.G J.CF .K M’ J.@.AL 5BB.AC)*/ @. EFB@.A B.*@A.G N ? IA)*B)IGF+*C JF@(.C& 456752 8 9:4 7:<= J.C1GF O+? 1?FC @. >1)GC+ ?)J1P G+@).* J.CFG .K 5’ J.@.A EFB@.A B.*@A.G ?D?@FJ >+?FC .* @(F A.@.A KG1Q .A)F*@FC B..AC)*+@F )* @()? I+IFAL R1SSD ?G)C)*/ E+A)+>GF ?@A1B@1AF B.*@A.G O+? IA.I.?FC+*C FJIG.DFC )* ?IFFC B.*@A.GGFAL 6(F B.*@A.GGFA I.??F??FC @(F JFA)@? .K K1SSD G./)B B.*@A.G+*C ?G)C)*/ J.CF E+A)+>GF ?@A1B@1AF B.*@A.G , +*C )@ B+* ?.GEF @(F IA.>GFJ .K @(F B(+@@FA)*/ .K ?G)C)*/ J.CFL 6(F AF?1G@? .K ?)J1G+@).* )*C)B+@F @(+@ @(F B.*@A.GGFA O+? O.AT+>GF O)@( /..C A.>1?@*F??+*C /..C CD*+J)B+*C ?@+@)B IFAK.AJ+*BF F?IFB)+GGD )* @(F K)FGC .K F*/)*FFA)*/)