1998 · 19 citations · 5 references
EngineeringAerospace EngineeringAutonomous SystemsAstrodynamicsSpace PlanningSpacecraft DesignCommand HandlingMission PlanningMission RequirementsSpace ExplorationSpacecraft Trajectory DesignSystems Engineering For SpacecraftAutonomous Mission ExecutionAutonomous OperationsCommand Of SpacecraftControl Of SpacecraftMission Planning SystemsSpace CommandSpace Mission DesignSpace Mission Operations
Automated planning technologies show great promise of reducing operations costs by automating the spacecraft mission planning process. However, one of the bottlenecks is acquiring spacecraft operations knowledge from operations personnel and expressing it in a plan model. One of the primary design goals of the aspen planning language is to eliminate the knowledge acquisition bottleneck by making it easy for operations personnel to build plan models themselves. The aspen language is designed to be used by domain experts that have no knowledge of automated planning technology. Spacecraft operations knowledge can be expressed in ways that are natural to operations personnel. The language is intended to be intuitive and require almost no knowledge of how the planning algorithm works. aspen itself provides hooks for interfacing with existing planning support tools, and has a mixed-initiative planning mode and GUI that allow operations personnel to easily edit automatically generated plans ...
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Scheduling and rescheduling with iterative repair
Monte Zweben, Eugene Davis, Brian Daun et al. · IEEE Transactions on Systems Man and Cybernetics · 1993 · 273 citations · Full text
Towards an application framework for automated planning and scheduling
Alex Fukunaga, G. Rabideau, Steve Chien et al. · 1997 · 83 citations
Integrating Planning and Scheduling
Nicola Muscettola · 1993 · 54 citations