Hunsberger, Luke - Department of Computer Science, Vassar College

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Hunsberger, Luke - Department of Computer Science, Vassar College

Group Decision Making and Temporal Reasoning
A Framework for Specifying Group DecisionMaking Mechanisms
Simple Temporal Networks The temporal reasoning problems addressed in this thesis are stated and analyzed in terms
Making SharedPlans More Concise and Easier to Reason About?
Distributing the Control of a Temporal Network among Multiple Agents
Quantitative Temporal Reasoning in Planning Problems
Making SharedPlans More Concise and Easier to Reason About ?
Generating Bids for Grouprelated Actions in the Context of Prior Commitments
APPEARED IN PROCEEDINGS OF ICMAS2000 A Combinatorial Auction for Collaborative Planning #
APPEARED IN PROCEEDINGS OF AAAI2000 A Mechanism for Group Decision Making in Collaborative Activity
The Dynamics of Intention in Collaborative Barbara J. Grosz a
Proofs of Theorems for the Proposalbased Group DecisionMaking
Group Decision Making and Temporal Reasoning
uncorrectedproof Auton Agent Multi-Agent Syst
In Proceedings of the Eighteenth National Conference on Artificial Intelligence (AAAI2002). Algorithms for a Temporal Decoupling Problem in MultiAgent Planning
A Fast Incremental Algorithm for Managing the Execution of Dynamically Controllable Temporal Networks
A Practical Temporal Constraint Management System for Real-Time Applications
Distributing the Control of a Temporal Network among Multiple Agents
Introduction 1.1 Motivation
APPEARED IN PROCEEDINGS OF AAAI-2000 A Mechanism for Group Decision Making in Collaborative Activity
Fixing the Semantics for Dynamic Controllability and Providing a More Practical Characterization of Dynamic Execution Strategies
The Temporal Decoupling Problem This chapter addresses an important family of temporal reasoning problems centered on
Andersson, Arne, Mattias Tenhunen, and Fredrik Ygge. 2000. Integer programming for combinatorial auction winner determination. In Proceedings, Fourth Interna
A Mechanism for the InitialCommitment Decision Problem
Whatever You Say Luke Hunsberger