A new type of gait and steering algorithm for use by a six-legged walking machine is developed and presented in this study. The spatially oriented tripod follow-the-leader gait is an extension of previous studies of temporal follow-the-leader gaits, and should prove useful for all-terrain walking vehicles, such as the Adaptive Suspension Vehicle. Tractor-trailer style steering is introduced as an effort to tailor steering control for this type of gait. Both gait and steering algorithms are implemented on a color graphics computer simulation for study and comparison with other walking algorithms.
Computer Simulation Study of Tripod Follow-The-Leader Gait Coordination for a Hexapod Walking Machine
1987
177 pages
Report
Keine Angabe
Englisch
Tooling, Machinery, & Tools , Vehicles , Computerized simulation , Algorithms , Robotics , Control , Steering , Suspension devices , Terrain , Walking , Colors , Computer graphics , Adaptive systems , Land transportation , Man computer interface , Supports , Mobility , Cargo vehicles , Theses , Walking machine , Legged locomotion , Hexapod vehicles
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