Abstract

Cooperation in multiple vehicle teams requires that information be shared between team members. If shared information is not synchronized across the team, then cooperation is adversely affected. This paper considers the problem of information synchronization in multiple agent teams. We define notions of asymptotic synchronizability and show that a team of agents is asymptotically synchronizable if and only if the associated communication topology admits a spanning tree. A linear synchronization strategy is proposed and demonstrated via several simulation examples. 1

Keywords

Synchronization (alternating current)Distributed computingComputer scienceControl (management)Spanning treeTopology (electrical circuits)Tree (set theory)Computer networkMathematicsArtificial intelligenceDiscrete mathematicsCombinatorics

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Year
2003
Type
article
Citations
58
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Randal W. Beard, Vahram Stepanyan (2003). Synchronization of Information in Distributed Multiple Vehicle Coordinated Control. .