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A minimal cognitive architecture reproduces control of human decision-making processes

A minimal cognitive architecture reproduces control of human decision-making processes
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Forge ahead into the future of intelligent systems with the Artificial Intelligence and Autonomous Systems programme offered by IISc in collaboration with Talent Sprint

Decision Science Meets Design

The design process has changed dramatically over the last few decades. What was once a domain driven by human intuition, judgment, and aesthetic preferences is now augmented by computational methods…

Reinforcement Learning Lecture Series 2021

The 2021 Reinforcement Learning Lecture series, created in collaboration with UCL, explores everything from dynamic programming to deep reinforcement learning.

DITURIA: A Framework for Decision Coordination Among Multiple Agents by Helena Ibro, Geeta Mahala et al

Decision making in multi-agent settings is a complex exercise where agents have to handle incomplete knowledge of the complete problem. Agents are interdependent in multi-agent decision making, being subject to the decisions of other agents who bring to bear other qualitative and quantitative criteria. Some aspects of this problem have been addressed in the Distributed Constraint Optimisation Problems (DCOP) and Markov Decision Processes literature. Taking inspiration from a medical example, our objective in this paper is to provide a framework to support multi-agent decision coordination. This method can be applied in scenarios where we seek to combine qualitative preferences on projected final states with assessment made using utility/objective functions, while accounting for partial agent knowledge.

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