资源列表
01 Economic Dispatching using PSO
- 粒子群进行电力系统经济调度程序，初学者可以学习(Particle swarm optimization for power system economic dispatching program, beginners can learn)
simulink二自由度模型
- 使用simulink建立了线性二自由度车辆模型，输入为前轮转角，输出为侧向速度和横摆角速度，对初学者有一定的参考价值。
LBM程序
- A simple one dimensional lattice Boltzmann method to solve the time dependent Schroedinger equation. The method works by writing the Schroedinger equation as a continuity equation and an Euler equation as outlined in the.【来自国外某教学网站，仅供个人学习交流，请勿用于其他用途】
TOA_uwb
- TDOA算法，用于解决uwb中的matlab仿真定位问题。(TDOA algorithm is used to solve the MATLAB simulation positioning problem in uwb.)
bagging_svm
- bagging_svm MATLAB实现(the matlab code of bagging and svm .)
pso_PID_opt_3
- 该程序用于整定PID参数，达到PID控制目的(Used for setting PID parameters to achieve the purpose of PID control)
神经网络在电力负荷预测
- 附件中包括了制作的关于matlab神经网络在电力负荷预测中的应用的ppt，并且包括程序，希望大家能都锻炼下(The appendix includes the PPT produced about the application of MATLAB neural network in power load forecasting, and includes the program. I hope you can all exercise it.)
java
- 计算自动减负荷装置各轮次最佳断开功率的程序设计 输入参数:系统容量，最大缺额功率，各轮次自动减负荷的动作频率，总的动作轮次 输出参数：各轮次最佳断开功率(Program design for calculating the optimal power disconnection of each wheel in automatic load shedding device Input parameters: system capacity, maximum missing power,
2PSK
- 用matlab实现2psk的仿真，很基础的东西，适合初学者。(2PSK simulation with MATLAB)
reinforcement-learning-code-master
- 强化学习圣经，著名强化学习实践案例，从基础到深入(Intensive Bible Learning)
ADRC
- 自抗扰控制器的simulink仿真，为自抗扰控制器的使用提供一个实例(Simlink simulation of ADRC provides an example for the use of ADRC.)
基于PD增益自适应调节的模型参考自适应控制
- 基于RBF神经网络辨识的单神经元PID模型参考自适应控制, 基于RBF神经网络辨识的单神经元PID模型参考自适应控制(Single Neuron PID Model Reference Adaptive Control Based on RBF Neural Network Identification)