ICAPS 2015 International Probabilistic Planning Competition (IPPC) Continuous Track

General Information

This track (PROBABILISTIC / CONTINUOUS), postponed from 2014:

• Scott Sanner (NICTA and the ANU; ssanner [at] gmail.com )
• Dan Magazzeni (King's College London; daniele.magazzeni [at] kcl.ac.uk )

• Please email the organizers to register your interest and any restrictions/requests you may have.
• Please also join the mailing list below to receive competition announcements.

• IPPC 2015 Continuous Track Mailing List

• 2014 Probabilistic / Discrete track
• 2011 Probabilistic / Discrete track
• Past Planning Competitions

• Competitor interest email to organizers: now until Oct 15, 2015
• Warm-up competition: Feb 2015
• Final competition: Apr 2015

• Wee Sun Lee and Meng Zhang (N.U.S., Singapore)
• Thomas Keller (University of Freiburg, Germany)
• Florent Teichteil-Konigsbuch and Nicolas Drougard (Onera - The French Aerospace Lab, France)
• Luis Gustavo Rocha Vianna and Leliane Nunes de Barros (University of Sao Paulo, Brazil)
• Bernardo Avila Pires, Csaba Szepesvari (U. Alberta, Canada)
• Krishna Murthy (BITS Pilani, India)
• Adrien Couetoux (Paris Sud XI, France)
• Timothy Mann (The Technion, Israel)
• ... you? ...

• See the IPPC 2011 for a general overview of how past competitions have been run.
• The specific format (language restrictions, rules) for this competition are flexible and will be discussed on the mailing list.
• One or more competitors may make a fast C++ simulator available for RDDL2... if you would be interested in using this, please let us know.

• Domain contributions (in original RDDL or RDDL2) or suggestions are welcome, please email the organizers or post to the mailing list.
• Some example domains written in RDDL with extensions for RDDL2:
  
  

  Instructions on how to run and visualize the examples below are provided in INSTALL.txt in the RDDL 2.0 section.
  Domain:	Traffic Control [rddl2]	Mars Rover [rddl2]	Power Generation [rddl2]
  Viz. Ex.:
  DBN:
  DBN / ID notation: blue / orange / yellow oval - current / intermediate / next state var, green rectangle - action var, red diamond - reward, purple octagon - deterministic (derived) var