Observations with NASA's Hubble Space Telescope (HST) are scheduled with the assistance of a long-range scheduling system (SPIKE) that was developed using artificial intelligence techniques. In earlier papers, the system architecture and the constraint representation and propagation mechanisms were described. The development of high-level automated scheduling tools, including tools based on constraint satisfaction techniques and neural networks is described. The performance of these tools in scheduling HST observations is discussed
A constraint-based scheduling system called SPIKE is being used to create long term schedules for th...
In this paper, we discuss issues of problem and model decomposition within the HSTS scheduling frame...
This paper is a consolidated report on ten major planning and scheduling systems that have been deve...
Efficient utilization of spacecraft resources is essential, but the accompanying scheduling problems...
Efficient utilization of expensive space- and ground-based observatories is an important goal for th...
This paper is a progress report on the Spike scheduling system, developed by the Space Telescope Sci...
The problem of optimal spacecraft scheduling is both important and difficult. Efficient utilization ...
NASA's Hubble Space Telescope (HST) is a major astronomical facility that was launched in April, 199...
This paper is a progress report on the Spike schedul-ing system, developed by the Space Telescope Sc...
A constraint-based scheduling system called SPIKE is used to create long-term schedules for the Hubb...
This final report summarizes research performed under NASA contract NCC 2-531 toward generalization ...
Automated scheduling will play an increasing role in future ground- and space-based observatory oper...
The utility of expert systems techniques for the Hubble Space Telescope (HST) planning and schedulin...
The applicability of constraint-based scheduling, a methodology previously developed and validated i...
With the ever increasing level of automation of astronomical telescopes the benefits and feasibility...
A constraint-based scheduling system called SPIKE is being used to create long term schedules for th...
In this paper, we discuss issues of problem and model decomposition within the HSTS scheduling frame...
This paper is a consolidated report on ten major planning and scheduling systems that have been deve...
Efficient utilization of spacecraft resources is essential, but the accompanying scheduling problems...
Efficient utilization of expensive space- and ground-based observatories is an important goal for th...
This paper is a progress report on the Spike scheduling system, developed by the Space Telescope Sci...
The problem of optimal spacecraft scheduling is both important and difficult. Efficient utilization ...
NASA's Hubble Space Telescope (HST) is a major astronomical facility that was launched in April, 199...
This paper is a progress report on the Spike schedul-ing system, developed by the Space Telescope Sc...
A constraint-based scheduling system called SPIKE is used to create long-term schedules for the Hubb...
This final report summarizes research performed under NASA contract NCC 2-531 toward generalization ...
Automated scheduling will play an increasing role in future ground- and space-based observatory oper...
The utility of expert systems techniques for the Hubble Space Telescope (HST) planning and schedulin...
The applicability of constraint-based scheduling, a methodology previously developed and validated i...
With the ever increasing level of automation of astronomical telescopes the benefits and feasibility...
A constraint-based scheduling system called SPIKE is being used to create long term schedules for th...
In this paper, we discuss issues of problem and model decomposition within the HSTS scheduling frame...
This paper is a consolidated report on ten major planning and scheduling systems that have been deve...