DYNAMIC GOAL COORDINATION IN PHYSICAL AGENTS (original) (raw)

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Coordinated behavior of cooperative agents using deep reinforcement learning Cover Page

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A Reinforcement Learning Approach to Intelligent Goal Coordination of Two-Level Large-Scale Control Systems Cover Page

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Coordinated reinforcement learning Cover Page

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Navigation towards a goal position: from reactive to generalised learned control Cover Page

Shaping multi-agent systems with gradient reinforcement learning

Autonomous Agents and Multi-agent Systems, 2007

An original reinforcement learning (RL) methodology is proposed for the design of multi-agent systems. In the realistic setting of situated agents with local perception, the task of automatically building a coordinated system is of crucial importance. To that end, we design simple reactive agents in a decentralized way as independent learners. But to cope with the difficulties inherent to RL used in that framework, we have developed an incremental learning algorithm where agents face a sequence of progressively more complex tasks. We illustrate this general framework by computer experiments where agents have to coordinate to reach a global goal.

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Shaping multi-agent systems with gradient reinforcement learning Cover Page

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Behavioral-fusion control based on reinforcement learning Cover Page

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A machine-learning approach to multi-robot coordination Cover Page

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<title>Behavior coordination using multiple-objective decision making</title> Cover Page

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Reinforcement Learning and Robotics Cover Page

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Reinforcement learning for agents with many sensors and actuators acting in categorizable environments Cover Page