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The International Conference on Automated Planning & Scheduling
(ICAPS) is the premier forum for researchers and practitioners in intelligent planning and scheduling and related fields. Topics of relevance to the conference include planning and scheduling theory and practice, as well as applications of planning and scheduling technology to challenging problem domains. The organizing committee solicits paper submissions on all aspects of planning and scheduling, including but not limited to the topics listed below. Submissions that link planning and scheduling to the related fields of constraint reasoning, operations research, search, uncertainty reasoning, and verification and validation are strongly encouraged.
- anytime planning and scheduling
- applications of planning and scheduling
- case-based planning
- complexity analysis for planning and scheduling
- constraint reasoning for planning and scheduling
- decision-theoretic planning and scheduling
- deductive planning
- distributed and multi-agent planning and scheduling
- domain-independent classical planning
- domain analysis for planning and scheduling
- dynamic scheduling
- hierarchical task network planning
- information technology to support planning and scheduling
- knowledge engineering for planning and scheduling
- knowledge acquisition for planning and scheduling
- lessons learned from deployed systems
- logics and formal models for planning and scheduling
- machine learning for planning and scheduling
- methodologies and tools for specification, design,
implementation, and validation of planning and
scheduling systems
- mixed-initiative planning and scheduling
- model-theoretic approaches to planning
- operations research techniques for plan and schedule optimization
- plan and schedule execution, monitoring and repair
- plan recognition
- planning and perception
- planning and scheduling under uncertainty
- planning with resources and time constraints
- reactive planning
- reasoning about actions
- real-time planning and scheduling
- robot planning
- scalability in planning and scheduling
- search for planning and scheduling
- tools for developing large-scale planning and scheduling
systems
- verification and validation of plans and schedules,
planners, schedulers, and domain models
- visualization for complex plans and schedules