The international planning competition is a biennial event organized in the context of the International Conference on Planning and Scheduling ([[http://www.icaps-conference.org|ICAPS]]), which has several goals, including analyzing and advancing the state-of-the-art in automated planning systems; providing new data sets to be used by the research community as benchmarks for evaluating different approaches to automated planning; emphasizing new research issues in planning; promoting the acceptance and applicability of planning technology. The sixth international planning competition, IPC-2008 for short, has been organized in the context of [[http://icaps08.cecs.anu.edu.au/|ICAPS-08]]. IPC-2008 and its organization is split into three parts: the deterministic part, that considers fully deterministic and observable planning (previously also called "classical" planning), the [[http://ippc-2008.loria.fr/wiki/|uncertainty part]] that considers non-deterministic and probabilistic actions in fully observable, partially observable or unobservable domains and the new [[http://eecs.oregonstate.edu/ipc-learn/|planning with learning]] part, where planners exploit domain dependent knowledge that has been automatically extracted during an offline training period. === General information === * [[MailingList|Mailing List]] * [[News]] === Post-IPC === * [[Presentations|IPC results presented at ICAPS-2008]] * [[Domains|Domains used for the competition]] * [[Planners|Participating Planners: Source code and short papers]] * [[attachment:data.tar.bz2|Raw competition results]] (79 MB compressed; expands to 765 MB) * This includes all plans and log files generated during the competition. === Pre-IPC === * [[CallForParticipation|Call for Participation]] * [[RegistrationForm|Registration Form]] * [[attachment:example-domains.zip|Examples]] for different competition tracks * Evaluation schema * [[EvaluationOptimization|Optimization tracks]] * [[EvaluationSatisficing|Satisficing tracks]] * [[PddlExtension|Extensions to PDDL in this year's competition]] * [[PddlResources|PDDL Resources, past and present]] * [[CompetitionRules|Competition Rules]] * [[PlannerSubmission|Planner submission instructions]] * [[http://www2.parc.com/isl/members/minhdo/icaps07_ws/|ICAPS-07 Workshop on IPC-2008]] === Important dates === * December 31 '07: Language definition * January 31 '08: Evaluation schema * February 29 '08: Registration deadline * March 15 '08: Demo problems, supporting tools (syntax checker, plan validator) * May 15 '08: Deadline for the papers describing the competing planners * May 31 '08: Final versions of the planners submitted to the organizers * June-August '08: Collection and evaluation of the results * September '08: Announcement of the results and winners at ICAPS'08 === Organizers === * [[http://www.informatik.uni-freiburg.de/~helmert/|Malte Helmert]], University of Freiburg, Germany * [[http://www2.parc.com/isl/members/minhdo/|Minh Do]], Palo Alto Research Center, USA * [[http://eos.uom.gr/~yrefanid/|Ioannis Refanidis]], University of Macedonia, Greece * [[OrganizerAcknowledgements|Acknowledgements]] === Previous competitions === * [[http://zeus.ing.unibs.it/ipc-5/|IPC-2006]] * [[http://www.tzi.de/~edelkamp/ipc-4/|IPC-2004]] * [[http://planning.cis.strath.ac.uk/competition/|IPC-2002]] * [[http://www.cs.toronto.edu/aips2000/|IPC-2000]] * [[ftp://ftp.cs.yale.edu/pub/mcdermott/aipscomp-results.html|IPC-1998]] === Sponsors === {{attachment:ijcai_log.gif||height="45",width="337"}} . [[http://www.ijcai.org/|IJCAI]]: sponsors "jury" awards and the Learning & Planning part {{attachment:IBM_logo.jpg}} . [[http://www.research.ibm.com/|IBM Research]]: sponsors the sequential optimization track {{attachment:atrics_logo.png||height="38",width="172"}} . [[http://www.atrics.com/|ATRiCS]]: sponsors the temporal satisficing track {{attachment:adventium_logo.png||height="85",width="92"}} . [[http://www.adventiumlabs.org/|Adventium Labs]]: sponsors the sequential satisficing track {{attachment:sick_logo.gif}} . [[http://www.sick.com/|SICK]]: sponsors the net-benefit optimization track