搜索资源列表
chap10_1s
- 机器人的PID控制之确定性单臂机械手的PD+前馈控制（先进PID控制MATLAB仿真第二版）-PID control of robot manipulator arm of the uncertainty of the PD+ Feedforward control (PID control of advanced simulation of the second edition of MATLAB)
2LinkManipulator
- 基于虚拟现实的2关节机器手臂运动轨迹设计及实现。包括机械及电气多域模型及手臂运动的PID参数优化整定。-Application of Model Based Development for position control of 2 link robot manipulator by DC motors. --Including multi-domain modeling in mechanical domain and electrical domain and optimum tun
Fuzzy_Control_of_PUMA_Robot
- control fuzzy of puma 560 ,a program written in Matlab, very simple and clear to understand PID control of robot manipulator puma560,
Pchap10_11sI
- 机器人的PID控制之确定性单臂机械手的PD+前馈控制（先进进PID控制MATLAB仿真第二版），已通过测试。 -PID control of robot uncertainty arm manipulator PD+ before feed-forward control (Advanced PID Control MATLAB simulation), has been tested.
binglianjixieshoufuzzy
- 用于三并联机械手的模糊PID控制，包括结构仿真，模糊PID仿真，动态模型建立等-For three parallel manipulator fuzzy PID control, including structural simulation, fuzzy PID simulation, dynamic modeling, etc.
PID-Robot_6_DOF-Control
- PID control of 6 degree of freedom robot manipulator (IRB140). the source code contain the dynamic modeling of the robot manipulator and also a source code for simulating results in propar way.
69953
- Tuning PID Controller by Neural Network for Robot Manipulator Trajectory Tracking
Robot-Manipulator
- 机械手的PID控制，非常适合初学者，机械手在日本没有流行-PID for robot
空间机械臂力与位置协调控制
- 空间机械臂动力学建模，力与位置协调控制，并用了pid控制算法仿真，(pace manipulator, direct path method, Lagrangian formulation, hybrid force/position control)
Fuzzy__pid
- 一个运用matlab/simulink仿真成功的模糊PID的机械臂模型(A fuzzy PID manipulator model based on matlab/simulink simulation)
PID_singleleg
- 这是一个针对机械手臂力矩控制的matlab程序，能实现机械臂位置的跟踪。(this is a matlab program which is to control manipulator,can realize to track the position of manipulator)
Simulink-Labs-master
- 机械手轨迹追踪/基于PID控制的2自由度关节机械手控制(robot manipulator pid controller)
2自由度机械臂PiD控制MATLAB仿真
- 2自由度机械臂PiD控制MATLAB仿真..(MATLAB simulation of PiD control for 2-DOF manipulator)
三合一机械臂(STM32)
- 本机械手设计为两部分，硬件和软件。通过硬件和软件做成一款智能化产品，功能上更为创新，可以通过电脑进行实时监控和修改修改相关参数。在控制策略上优先采用摄像头方案，对抓取的物体实时监控和数据分析，通过运动控制算法和PID 计算物体位置。总体设计就是为了让各个开源模块能够联动起来工作，形成一个智能产品。(The manipulator is designed into two parts, hardware and software. Through the hardware and software