This report describes two complementary approaches to the problem of space mission planning and scheduling. The first is an Expert System or Knowledge-Based System for automatically resolving most of the activity conflicts in a candidate plan. The second is an Interactive Graphics Decision Aid to assist the operator in manually resolving the residual conflicts which are beyond the scope of the Expert System. The two system designs are consistent with future ground control station activity requirements, support activity timing constraints, resource limits and activity priority guidelines
In this paper, we discuss the scheduling capability of APGEN (Activity Plan Generator), a multi-miss...
This paper presents the development of a prototype Knowledge-based Decision Support System, currentl...
The increasing complexity of modern spacecraft, and the stringent requirement for maximizing their m...
A frame-based expert scheduling system shell, PLAN-IT, is developed for spacecraft scheduling in the...
Mission planning and scheduling of spacecraft operations are becoming more complex at NASA. Describe...
Planning and scheduling of NASA Space Shuttle missions is a complex, labor-intensive process requiri...
One of the goals for the Space Station is to achieve greater autonomy, and have less reliance on gro...
Contemporary schedulers attempt to solve the problem of best fitting a set of activities into an ava...
An Expert System is described which Rockwell Satellite and Space Electronics Division (S&SED) is dev...
Space missions are characterized by long distances, difficult or unavailable communication and high ...
In this paper we describe the use of our planning and scheduling framework, HSTS, to reduce the comp...
This paper describes a knowledge-based system that has been developed to automate planning and sched...
This paper is a consolidated report on ten major planning and scheduling systems that have been deve...
The Mission Analysis Division of the Systems Analysis and Integration Laboratory at the Marshall Spa...
Autonomous mission scheduling, a new concept for NASA ground data systems, is a decentralized and di...
In this paper, we discuss the scheduling capability of APGEN (Activity Plan Generator), a multi-miss...
This paper presents the development of a prototype Knowledge-based Decision Support System, currentl...
The increasing complexity of modern spacecraft, and the stringent requirement for maximizing their m...
A frame-based expert scheduling system shell, PLAN-IT, is developed for spacecraft scheduling in the...
Mission planning and scheduling of spacecraft operations are becoming more complex at NASA. Describe...
Planning and scheduling of NASA Space Shuttle missions is a complex, labor-intensive process requiri...
One of the goals for the Space Station is to achieve greater autonomy, and have less reliance on gro...
Contemporary schedulers attempt to solve the problem of best fitting a set of activities into an ava...
An Expert System is described which Rockwell Satellite and Space Electronics Division (S&SED) is dev...
Space missions are characterized by long distances, difficult or unavailable communication and high ...
In this paper we describe the use of our planning and scheduling framework, HSTS, to reduce the comp...
This paper describes a knowledge-based system that has been developed to automate planning and sched...
This paper is a consolidated report on ten major planning and scheduling systems that have been deve...
The Mission Analysis Division of the Systems Analysis and Integration Laboratory at the Marshall Spa...
Autonomous mission scheduling, a new concept for NASA ground data systems, is a decentralized and di...
In this paper, we discuss the scheduling capability of APGEN (Activity Plan Generator), a multi-miss...
This paper presents the development of a prototype Knowledge-based Decision Support System, currentl...
The increasing complexity of modern spacecraft, and the stringent requirement for maximizing their m...