搜索资源列表
t6u3vw.ZIP
- 机器人逆动力学神经网络建模Robot inverse dynamics modeling with neural network-Robot inverse dynamics modeling with neural network
FourBar_test
- 曲柄摇杆机构的动力学计算,为机器人动力学的建模很有用,采用龙格库塔法,精度高,为后续控制奠定基础-Dynamics calculations crank rocker mechanism for the robot dynamics modeling is useful, using Runge-Kutta method, high precision, laying the foundation for the subsequent control
Two-rigid-Link-Dynamics
- 刚性两杆机构的动力学程序,为机器人动力学建模以及控制打下基础,与很多方法不同的是,这里采用龙格库塔法,显著提高运算精度-Rigid body dynamics program two shots for robot dynamics modeling and control of the foundation, with a lot of different methods is used here Runge-Kutta method, significantly improving oper
BaseFixed_Dynamic_Old
- 双臂空间机器人闭链动力学建模程序,采用龙格库塔法显著提高运算精度与运算速度,解决了闭链内力分配与闭环建模的难题-Arm Space Robot closed chain dynamics modeling program, using Runge-Kutta method significantly improve the accuracy and computational speed operation to solve the internal force distribution and
RTB-9.10
- matlab robotics toolbox 工具箱软件 可进行机器人运动学与动力学建模-matlab robotics toolbox
face1
- 动力学建模用matlab绘制机器人末端手爪工作区间程序(Dynamic modeling using MATLAB to draw the working interval program of the robot's end hand)
robotdynamics_exercise_1c_solution.tar
- 使用拉格朗日算法进行机器人动力学建模,得到M,C,G三个矩阵(robot dynamics using larange)
robotdynamics_exercise_2a_solution.tar
- 机器人动力学建模,用拉格朗日方法,得到三个动力学矩阵(robot dynamics using larange)
机器人运动学、动力学与控制
- 机器人运动学、动力学与控制详细的介绍了机器人运动学及动力学的建模方法及建模过程,对机器人较为常见的控制算法进行了分析说明。本书对于机器人运动学、动力学及控制的研究人员有参考意义
ur5-vrep-dynamics-master
- matlab 与Vrep联仿,实现之间通信,动力学建模与分析(Vrep and MATLAB joint simulation)