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A dynamic model for a wheeled mobile robot (WMR) is developed, in which kinematic constraints are derived from an analysis of the motion, and the dynamic equations are derived using the Lagrangian. The nonholonomic constraints on the system are presented. A control model of the motion of the system is given and feedback linearization is applied to this control model. Examples are presented that demonstrate the effectiveness of the model and the control method.

Type

Conference paper

Publication Date

01/12/1993

Pages

1830 - 1839