| Title |
Dynamic Modeling and Path-tracking of Differential Drive Wheeled-Mobile Robots |
| Keywords |
힘/토크의 중첩 및 전파;Newton의 평형법칙;구동입력 time-scaling |
| Abstract |
In this paper are presented dynamic modeling and path-tracking of differential drive wheeled-mobile robots(WMRs) having the limited drive-torques. Instantaneously coincident coordinate system, force/torque propagation and Newton's equilibrium law are used to induce the dynamic model. When drive-torques generated by inverse dynamics exceed the limitation, we make wheeled-mobile robots follow the reference path by modifying the planned reference trajectory with time-scaling method. The controller is introduced to compensate for error owing to modeling uncertainty and measurement noise. And simulation results prove that method proposed by this paper is efficient. |