资源列表
node33
- 基于IEEE33节点的一份利用yalmip建模求优化的一份程序，很难得(A program based on IEEE33 nodes that uses yalmip modeling for optimization is very difficult to obtain)
C_Class_Vehicle_EPS_Simulink
- 以自动控制原理和汽车理论课程为理论基础，建立了汽车二自由度系统模型以及电动助力转向系统模型，并进行仿真。利用已经建好的车辆模型和转向系统模型，还可以实现与CarSim等车辆动力学软件实现联合仿真。(Based on the theory of automatic control and automobile theory, a vehicle two degree of freedom system model and an electric power steering system mode
100 Gbps DP-QPSK System with DSP (1)
- 相干光通信接收端补偿MATLAB代码以及Optisystem仿真系统文件(Compensation MATLAB code for receiver terminal of coherent optical communication)
仿真
- 四旋翼无人机的动力学模型建模验证分析，模拟运行飞行器的飞行过程。(Four, the dynamic model of rotor UAV is modeled and analyzed to simulate the flight process of the running aircraft.)
四旋翼飞行器动力学建模与简单控制
- 基于Simulink的四旋翼飞行器动力学建模与简单PID控制.有相关文献。(Dynamic modeling and simple PID control of four rotor aircraft based on Simulink.)
Theodorsen -vg
- 通过西奥道森气动力模型求解气动力，并通过v-g法求解颤振速度与颤振频率(Solve the aerodynamic force through the Theodorsen aerodynamic model and solve the flutter velocity and flutter frequency through the v-g method)
程序
- 利用分步傅里叶方法求解非线性薛定谔方程，超连续谱光斑(Split step Fourier method for solving nonlinear Schrodinger equation and supercontinuum light spot)
GAN
- MATLAB中GAN网络实现,包含minist测试数据(GAN realization on MATLAB)
TDOA-SGA
- 本程序完成了利用标准遗传算法计算基于TDOA定位的移动通信基站定位算法，采用二进制编码过程，选择、交叉、变异操作等，运行结果分析都包含在内。(This program uses standard genetic algorithm to calculate the location algorithm of mobile communication base station based on TDOA positioning, using binary encoding process, sel
DOMFluor
- 用Matlab编写的三维荧光分析工具，可以导入、浏览荧光数据，自动进行平行因子分析，并确定荧光组分。 (The DOMFLOUR toolbox (decomposition routines for Excitation Emission Matrices) has been developed to support and extend the application of PARAFAC to fluorescence Excitation Emission Matrix (EEM) da
刘金琨智能控制(第3版)仿真程序
- 刘金琨 智能控制 第三版的matlab实例程序（实用版本）(Liu JInKun <Intelligent control> Third edition of the book program)
shuxing
- 可利用feko得到回波或根据公式构造回波，基于字典缩放的属性散射中心的参数提取，并重构回波(The echo can be obtained by using FEKO, or the echo can be constructed according to the formula. The parameters of the scattering center of the dictionary are extracted based on the dictionary scaling and