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Learning User Preferences in Distributed Calendar Scheduling.

, and . PATAT, volume 3616 of Lecture Notes in Computer Science, page 3-16. Springer, (2004)

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Coping with Large Traffic Volumes in Schedule-Driven Traffic Signal Control., and . ICAPS, page 154-162. AAAI Press, (2017)Using memory models to improve adaptive efficiency in dynamic problems., and . CISched, page 7-14. IEEE, (2009)An evaluation function to compare alternative commitments during manufacturing planning and scheduling., and . Expert Planning Systems, page 22-27. AAAI, (1990)An Asymptotically Optimal Algorithm for the Max k-Armed Bandit Problem., and . AAAI, page 135-142. AAAI Press, (2006)Expressive Real-Time Intersection Scheduling., and . AAAI, page 6177-6185. AAAI Press, (2018)Distributed Coordination of Resources via Wasp-Like Agents., and . WRAC, volume 2564 of Lecture Notes in Computer Science, page 71-80. Springer, (2002)Amplification of Search Performance through Randomization of Heuristics., and . CP, volume 2470 of Lecture Notes in Computer Science, page 124-138. Springer, (2002)A Simple Distribution-Free Approach to the Max k-Armed Bandit Problem., and . CP, volume 4204 of Lecture Notes in Computer Science, page 560-574. Springer, (2006)New Techniques for Algorithm Portfolio Design, and . CoRR, (2012)OPIS: An Opportunistic Factory Scheduling System., , , , and . IEA/AIE (Vol. 1), page 268-274. ACM, (1990)