Dynamically Stable Legged Locomotion (September 1985-Septembers1989)
Author(s)Raibert, Marc H.; Brown, H. Benjamin, Jr.; Chepponis, Michael; Koechling, Jeff; Hodgins, Jessica K.; Dustman, Diane; Brennan, W. Kevin; Barrett, David S.; Thompson, Clay M.; Hebert, John Daniell; Lee, Woojin; Borvansky, Lance; ... Show more Show less
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This report documents our work in exploring active balance for dynamic legged systems for the period from September 1985 through September 1989. The purpose of this research is to build a foundation of knowledge that can lead both to the construction of useful legged vehicles and to a better understanding of animal locomotion. In this report we focus on the control of biped locomotion, the use of terrain footholds, running at high speed, biped gymnastics, symmetry in running, and the mechanical design of articulated legs.
robotics, legged locomotion, dynamic stability, gymnastics, slegged robots, robot control