Robots are agents, too. Indeed, agent researchers are sometimes inspired by<br>robots, sometimes use robots in motivating examples, and sometimes make<br>contributions to robotics. Both practical and analytical techniques in<br>agent research influence, and are influenced by, research into autonomous<br>robots and multi–robot systems. Areas of particular recent<br>cross–fertilization include (but are not limited to):<br>– motion planning and path planning for single and multiple mobile robots<br>– market–based for coalition formation and task allocation<br>– machine learning in robotics<br>– multi–robot teams and swarms<br>– human–agent–robot teamwork<br>– analysis of large–scale multi–robot systems and swarms<br>– decision–theoretic single– and multi–robot planning<br>– imitation and learning by demonstration/example<br>– formal methods and control architectures<br>– canonical robotics problems and benchmarks, such as robotic soccer,<br>coverage, foraging, or patrolling<br>Despite the rich cross–fertilization between AAMAS and robotics research<br>areas, roboticists and agents researchers have only a few opportunities to<br>meet and interact. The recently established robotics track at AAMAS is one<br>such opportunity.<br>The goal of the proposed workshop is to extend and widen this opportunity,<br>by offering a forum where researchers in this area of research can interact<br>and present promising innovative research directions, and new results.<br>The workshop is coordinated and associated with the AAMAS robotics track.<br>
Abbrevation
ARMS
City
Istanbul
Country
Turkey
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