Add to ORKGPresented here is the Spacecraft Command Language (SCL) concept of the unification of ground and space operations using a distributed approach. SCL is a hybrid software environment borrowing from expert system technology, fifth generation language development, and multitasking operating system environments. Examples of potential uses for the system and current distributed applications of SCL are given
In space flight operations rapid understanding of the state of the space vehicle is essential. Repre...
Existing satellite concepts of operation depend on readily available experts and are extremely manpo...
The Expert Operator's Associate (EOA) project is presented which studies the applicability of expert...
In this age of shrinking military, civil, and commercial space budgets, an off-the-shelf solution is...
Control of on-orbit operation of a spacecraft requires retention and application of special purpose,...
Traditionally, spacecraft attitude control has been implemented using control loops written in nativ...
The objective is to describe the further automation of the Payload Operations Control Centers, speci...
The problem of expert systems relations as they pertain to space applications is discussed. First, t...
Effective Operationally Responsive Space (ORS) requires a great deal of autonomy on flight systems a...
NASA's vision for an intelligent engine will be realized with the development of a truly distributed...
Spacecraft analysts in the spacecraft control center for the Cosmic Background Explorer (COBE) satel...
The Operations Engineering Lab (OEL) at JPL has developed the multimission command system as part of...
This grant, Intelligent Command and Control Systems for Satellite Ground Operations, funded by NASA ...
A prototype Generic Payload Operations Control System (GPOCC) is being developed at the NASA Jet Pro...
A new trend in space systems is to move from big centralized satellites to smaller, but distributed...
In space flight operations rapid understanding of the state of the space vehicle is essential. Repre...
Existing satellite concepts of operation depend on readily available experts and are extremely manpo...
The Expert Operator's Associate (EOA) project is presented which studies the applicability of expert...
In this age of shrinking military, civil, and commercial space budgets, an off-the-shelf solution is...
Control of on-orbit operation of a spacecraft requires retention and application of special purpose,...
Traditionally, spacecraft attitude control has been implemented using control loops written in nativ...
The objective is to describe the further automation of the Payload Operations Control Centers, speci...
The problem of expert systems relations as they pertain to space applications is discussed. First, t...
Effective Operationally Responsive Space (ORS) requires a great deal of autonomy on flight systems a...
NASA's vision for an intelligent engine will be realized with the development of a truly distributed...
Spacecraft analysts in the spacecraft control center for the Cosmic Background Explorer (COBE) satel...
The Operations Engineering Lab (OEL) at JPL has developed the multimission command system as part of...
This grant, Intelligent Command and Control Systems for Satellite Ground Operations, funded by NASA ...
A prototype Generic Payload Operations Control System (GPOCC) is being developed at the NASA Jet Pro...
A new trend in space systems is to move from big centralized satellites to smaller, but distributed...
In space flight operations rapid understanding of the state of the space vehicle is essential. Repre...
Existing satellite concepts of operation depend on readily available experts and are extremely manpo...
The Expert Operator's Associate (EOA) project is presented which studies the applicability of expert...