Radar-Systems-Analysis-and-Design-Using-MatLab

非常很好地用于股指期货动态对冲，用于股指期货动态对冲，用于股指期货动态对冲(Used for stock index futures dynamic hedge，Used for stock index futures dynamic hedge)

变压变频调速 matlab simulink仿真(AC motor double closed loop speed control system MATLAB simulation)

FSK跳频通信系统的扩频通信原理和过程仿真，包括调解，扩频，接扩，解调全过程。对初学者有一定意义(FSK frequency hopping spread spectrum communication system simulation communication principles and processes, including mediation, spreading, then expanded, demodulation entire process. Some significance for beginners)

eof分解的程序 好用且可直接使用 适合于海洋和大气学科(eof analysis for oceanography and meterology)

一台三相感应电动机，参数分别为：230V，60Hz，12kW，4极绕线式转子， 定子有效电阻R1=0.095，定子漏电抗利用Matlab软件绘制电机的机械转矩Tmech作以r/min为单位的转子转速的函数时的变化曲线(A three-phase induction motor, the parameters are: 230V, 60Hz, 12kW, 4 pole wound rotor, Drawn using Matlab software for the motor to the mechanical torque Tmech r/min as a function of the unit when the rotor speed curve )

三相光伏并网的仿真模型，用于解决光伏并网研究的相关问题。(The simulation model of three-phase photovoltaic grid connected, used to solve related problems of grid connected photovoltaic research.)

状态卡方检验法主要是通过卡尔曼滤波器的状态来估计系统是否故障。，该程序是GPS/INS的组合。(Status chi-square test method is mainly through state Kalman filter to estimate the system malfunctions. The program is a combination of GPS/INS' s.)

HYBRID MULTILEVEL CONVERTERHYBRID MULTILEVEL CONVERTERHYBRID MULTILEVEL CONVERTERHYBRID MULTILEVEL CONVERTERHYBRID MULTILEVEL CONVERTERHYBRID MULTILEVEL CONVERTER

线性卷积要求两个输人序列具有持续时间，但在实际应用中，可能遇到输人序列具有无限持续时间的情况。在这种情况下，分段卷积是一种有效的解决方案。文章讨论了计算分段卷积的两种方法。仿真试验表明，分段卷积方法正确且高效。(The linear convolution needs two finite-time input sequences, but in the actual application, two infi- nite-time input sequences are possible. Under this kind of situation, the partition convolution is an effective solu- tion. In this paper, two methods of the partition convolution are discussed. The simulation experiment indicatesthat the partition convolution is correct and effective.)

matlab编制的电力系统暂态稳定分析程序， 可计算潮流，机电暂态仿真。带算例，有说明书，鲁汶大学编制(MatDyn is a free Matlab based open source program to perform dynamic analysis of electric power systems. It is inspired by MATPOWER, a power flow and optimal power flow program in Matlab and shares its philosophy: “It is intended as a simulation tool for researchers and educators that is easy to use and modify.” [1]. The source code of MatDyn is available. Care has been taken to keep it well structured and easy to understand.)