Team Formation in Partially Observable Multi-Agent Systems
Adrian Agogino, Kagan Tumer · 2004
Abstract — Sets of multi-agent teams often need to maximize a global utility rating the performance of the entire system where a team cannot fully observe other teams ’ agents. Such limited observability hinders team-members trying to pursue their team utilities to take actions that also help maximize the global utility. In this article, we show how team utilities can be used in partially observable systems. Furthermore, we show how team sizes can be manipulated to provide the best compromise between having easy to learn team utilities and having them aligned with the global utility. The results show that optimally sized teams in a partially observable environments outperform one team in a fully observable environment, by up to 30%. I.