Automated Synthesis of Planners & Schedulers
Kestrel Institute / Arizona State University
OBJECTIVES
- Automated synthesis of P&S tools
- Composition and refinement of domain theories
- Classification approach to design
- ìcompilationî of constraints into propagation code
BENEFITS
- 1000x faster schedulers (to support large-scale problems and scenario
exploration)
- 10x richer constraint modeling (to generate "flyable"schedules)
- task-specific schedulers constructable by domain experts (vs computer
scientists)
ACCOMPLISHMENTS
- Planware-- scheduling-specific extension to Specware system
- Automated composition and refinement of simple transportation domain
theories
- Ladder construction support for algorithm design
- Domain-specific interface to nonexpert user
- Synthesis of problem-specific planners
Schedule of Work
- Algorithm synthesis and domain theory composition in Planware 4Q/97
- Schedule 30k TPFDD in 60 sec 4Q/97
- Synthesize multiresource Schedulers 4Q/98
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