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Multi-Agent Role Allocation: Issues, Approaches, and Multiple Perspectives
- AUTON AGENT MULTI-AGENT SYST
"... In cooperative multi-agent systems, roles are used as a design concept when creating large systems, they are known to facilitate specialization of agents, and they can help to reduce interference in multi-robot domains. The types of tasks that the agents are asked to solve and the communicative capa ..."
Abstract
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Cited by 11 (0 self)
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In cooperative multi-agent systems, roles are used as a design concept when creating large systems, they are known to facilitate specialization of agents, and they can help to reduce interference in multi-robot domains. The types of tasks that the agents are asked to solve and the communicative capabilities of the agents significantly affect the way roles are used in cooperative multi-agent systems. Along with a discussion of these issues about roles in multi-agent systems, this article compares computational models of the role allocation problem, presents the notion of explicitly versus implicitly defined roles, gives a survey of the methods used to approach role allocation problems, and concludes with a list of open research questions related to roles in multi-agent systems.
Normative echoes: use and manipulation of player generated content by communities of NPCs
- In Artificial Intelligence and Interactive Digital
, 2006
"... Normative Echoes is an interactive installation that explores ways to combine player-created content with procedural content. Animated autonomous agents inhabit virtual islands on stationary computers; a tablet PC is used as a virtual raft to transfer agents between the islands. The agents on each i ..."
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Cited by 4 (3 self)
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Normative Echoes is an interactive installation that explores ways to combine player-created content with procedural content. Animated autonomous agents inhabit virtual islands on stationary computers; a tablet PC is used as a virtual raft to transfer agents between the islands. The agents on each island communicate with one another and form scenario-based computational representations of their social interactions. These scenarios represent emergent social patterns and norms within the society. Humans can communicate with the animated autonomous agents through the use of a microphone. Utterances spoken by participants are parsed, repeated, and learned by agents, then used by the agents in communications with their social partners. When transferred between islands, agents bring with themselves the utterances and norms they have learned, thus spreading those norms throughout the various communities in the installation. In this way, agents can meaningfully perform procedural operations on player-created content, allowing for a dynamic and engaging experience.
Multi-agent role allocation: issues, approaches, and multiple perspectives
- AUTON AGENT MULTI-AGENT SYST (2011) 22:317-355
, 2011
"... In cooperative multi-agent systems, roles are used as a design concept when creating large systems, they are known to facilitate specialization of agents, and they can help to reduce interference in multi-robot domains. The types of tasks that the agents are asked to solve and the communicative capa ..."
Abstract
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(Show Context)
In cooperative multi-agent systems, roles are used as a design concept when creating large systems, they are known to facilitate specialization of agents, and they can help to reduce interference in multi-robot domains. The types of tasks that the agents are asked to solve and the communicative capabilities of the agents significantly affect the way roles are used in cooperative multi-agent systems. Along with a discussion of these issues about roles in multi-agent systems, this article compares computational models of the role allocation problem, presents the notion of explicitly versus implicitly defined roles, gives a survey of the methods used to approach role allocation problems, and concludes with a list of open research questions related to roles in multi-agent systems.
The Interconnected Roles of Abstraction and Emergence in Artificial Societies
, 2006
"... This paper presents an argument that the process of emergence, moving from simple rules to complex behavior, is the converse of the process of abstraction, moving from complex behavior to simple laws. Thus, it can be argued that similar mechanisms underlie both processes, and a greater understand of ..."
Abstract
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This paper presents an argument that the process of emergence, moving from simple rules to complex behavior, is the converse of the process of abstraction, moving from complex behavior to simple laws. Thus, it can be argued that similar mechanisms underlie both processes, and a greater understand of one can lead to a greater understanding of the other. Especially in the case of societies, the processes of abstraction and emergence are inextricably interconnected, such that the abstractions individuals make will determine what behaviors emerge, and the behaviors that emerge in the society determine what abstractions will be made. In addition to describing this abstraction-emergence loop, the paper offers a description of an ongoing research project aimed at exploring and understanding the nature of this loop and the emergence to which it leads. Such an understanding of the relationship between abstraction and emergence can be helpful in designing communities of autonomous agents that interact socially with each other and with humans.
