Instantaneous on-line modification of biped walk composed from reconfigurable adaptive motion primitives

Abstract

The paper presents development and potentials of a novel methodology for biped walk synthesis based on motion primitives. This approach is convenient for on-line modification of walk in unstructured and immediate environment of humans. The modification is specified just by changing the overall walking parameters (walking speed, direction, step length,...) and the system automatically adapts walk realization (legs motion) to comply with new requirements. Modifications may be required anytime, even during motion realization. Simulation results il-lustrate the proposed approach.