Difference between revisions of "ICAPS 2018"

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==Topics==
 
==Topics==
 +
* Applications and case studies of planning and scheduling techniques
 +
* Uncertainty and stochasticity in planning and scheduling
 +
* Partially observable and unobservable domains
 +
* Conformant, contingent and adversarial planning
 +
* Plan and schedule execution, monitoring and repair
 +
* Continuous planning, on-line and real-time domains
 +
* Plan recognition, plan management and goal reasoning
 +
* Classical planning techniques and analysis
 +
* Continuous state and action spaces
 +
* Multi-agent and distributed planning
 +
* Domain modelling, knowledge acquisition and engineering
 +
* Learning for planning and scheduling
 +
* Human computer interaction for planning and scheduling systems
 +
* Mixed initiative planning and scheduling systems
 +
 +
 
==Submissions==
 
==Submissions==
 
==Important Dates==
 
==Important Dates==

Revision as of 12:22, 27 February 2020

ICAPS 2018
28th International Conference on Automated Planning and Scheduling
Event in series ICAPS
Dates 2018/06/24 (iCal) - 2018/06/29
Location
Location: Delft, Netherlands
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Committees
General chairs: Matthijs Spaan, Mathijs de Weerdt
PC chairs: Sven Koenig, Gabriele Roeger
Table of Contents


28th International Conference on Automated Planning and Scheduling (ICAPS) 2018, will take place in Delft, Netherlands, June 24-29, 2018. ICAPS 2018 is part of the ICAPS conference series, the premier forum for exchanging news and research results on theory and applications of intelligent planning and scheduling technology. In 2018, it will be co-located with CPAIOR.


Topics

  • Applications and case studies of planning and scheduling techniques
  • Uncertainty and stochasticity in planning and scheduling
  • Partially observable and unobservable domains
  • Conformant, contingent and adversarial planning
  • Plan and schedule execution, monitoring and repair
  • Continuous planning, on-line and real-time domains
  • Plan recognition, plan management and goal reasoning
  • Classical planning techniques and analysis
  • Continuous state and action spaces
  • Multi-agent and distributed planning
  • Domain modelling, knowledge acquisition and engineering
  • Learning for planning and scheduling
  • Human computer interaction for planning and scheduling systems
  • Mixed initiative planning and scheduling systems


Submissions

Important Dates

Committees

  • Co-Organizers
  • General Co-Chairs
  • Local Organizing Co-Chairs
  • Program Committee Members