Title :
Coordinated Continual Planning Methods for Cooperating Rovers
Author :
Barrett, A. ; Rabideau, G. ; Estlin, T. ; Chien, S.
Author_Institution :
Jet Propulsion Lab., California Inst. of Technol., Pasadena, CA
Abstract :
Eight evaluation metrics are used to compare and contrast three coordination schemes for a system that continuously plans to control collections of rovers (or spacecraft) using collective mission goals instead of goals or command sequences for each spacecraft. These schemes use a central coordinator to either: 1) micromanage rovers one activity at a time; 2) assign mission goals to rovers; or 3) arbitrate mission goal auctions among rovers. A self-commanding collection of rovers would autonomously coordinate itself to satisfy high-level science and engineering goals in a changing partially understood environment - making the operation of tens or even a hundred spacecraft feasible
Keywords :
command and control systems; planetary rovers; planning; space vehicles; arbitrate mission goal auctions; collective mission goals; command sequences; control collections; cooperating rovers; coordinated continual planning; self-commanding collection; spacecraft; Aerospace engineering; Bandwidth; Control systems; Event detection; NASA; Propulsion; Satellites; Space missions; Space vehicles; Vibration measurement;
Journal_Title :
Aerospace and Electronic Systems Magazine, IEEE
DOI :
10.1109/MAES.2007.323296