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Robot-forward-kinematics
- 机器人正向运动学(运动学正解) 已知所有连杆长度和关节角度,计算机器人手的位姿 机器人逆向运动学(运动学逆解) 已知机器人手的位姿和连杆长度,计算所有关节角度 -Robot forward kinematics (forward kinematics solution) known to all the connecting rod length and joint angles, the computer position and attitude of the staff o
tank-training-systems
- 六自由度并联机构实现坦克驾驶模拟仿真,在逆运动学基础上推导耦合角度及耦合速度,提出动载坦克模拟器螺旋耦合补偿。-Six DOF parallel mechanism to achieve tanks driving simulation, inverse kinematics derived based on the coupling angle and the coupling speed, dynamic load tank simulator proposed spiral couplin
PROJECT2
- 1. 利用逆运动学算出直线路径从(320mm,-200mm,480mm) 到(320mm, 0mm,480mm)再到(320mm, 200mm,480mm)的对应机械臂各个关节的角度。 本实验将解出的从(320mm,-200mm,480mm) 到(320mm, 0mm,480mm)的各关节角度存入q.mat中。从(320mm, 0mm,480mm) 到(320mm, 200mm,480mm)的各关节角度存入q2.mat中。 -1 using inverse kinematics to c
draw_circle_ikine
- 实现puma机器人的末端做圆轨迹运动,运用逆运动学,求出各关节角度变化情况,输出运动动画、各关节角度变化曲线(Realize the end of PUMA robot to do circular trajectory motion, use inverse kinematics, output motion animation and angle change curve of each joint.)