The key characteristics of an intelligent advisory system is explored. A central feature is that human-machine cooperation should be based on a metaphor of human-to-human cooperation. ALLY, a computer-based operator's associate which is based on a preliminary theory of human-to-human cooperation, is discussed. ALLY assists the operator in carrying out the supervisory control functions for a simulated NASA ground control system. Experimental evaluation of ALLY indicates that operators using ALLY performed at least as well as they did when using a human associate and in some cases even better
The problem of expert systems relations as they pertain to space applications is discussed. First, t...
The Expert Operator's Associate (EOA) project is presented which studies the applicability of expert...
Space operations involve the control of complex technical equipment in highly dynamic and unknown en...
This paper describes a cooperative approach to the design of intelligent automation and describes th...
With the emergence of new technology for both human-computer interaction and knowledge-based systems...
An overview of activities concerned with the development and applications of the Operator Function M...
The Georgia Tech portion of the Intelligent Control Center project includes several complementary ac...
Issued as Semi-annual reports [nos. 1-2], Annual reports [nos. 1-2], and Final report, Project no. E...
In supervisory control systems such as satellite ground control, there is a need for human-centered ...
Achieving the United States’ Vision for future Space Exploration will necessitate far greater collab...
To improve the safety and comfort of a human–machine system, the machine needs to ‘know,’ in a real ...
The use of advanced software engineering methods (e.g., from artificial intelligence) to aid aircraf...
Full autonomy seems to be the goal for system developers in almost every area of the economy. Howeve...
Both NASA and DoD have had a long standing interest in teamwork, distributed decision making, and au...
International audienceIn the current organisation of air traffic control, some cooperative activitie...
The problem of expert systems relations as they pertain to space applications is discussed. First, t...
The Expert Operator's Associate (EOA) project is presented which studies the applicability of expert...
Space operations involve the control of complex technical equipment in highly dynamic and unknown en...
This paper describes a cooperative approach to the design of intelligent automation and describes th...
With the emergence of new technology for both human-computer interaction and knowledge-based systems...
An overview of activities concerned with the development and applications of the Operator Function M...
The Georgia Tech portion of the Intelligent Control Center project includes several complementary ac...
Issued as Semi-annual reports [nos. 1-2], Annual reports [nos. 1-2], and Final report, Project no. E...
In supervisory control systems such as satellite ground control, there is a need for human-centered ...
Achieving the United States’ Vision for future Space Exploration will necessitate far greater collab...
To improve the safety and comfort of a human–machine system, the machine needs to ‘know,’ in a real ...
The use of advanced software engineering methods (e.g., from artificial intelligence) to aid aircraf...
Full autonomy seems to be the goal for system developers in almost every area of the economy. Howeve...
Both NASA and DoD have had a long standing interest in teamwork, distributed decision making, and au...
International audienceIn the current organisation of air traffic control, some cooperative activitie...
The problem of expert systems relations as they pertain to space applications is discussed. First, t...
The Expert Operator's Associate (EOA) project is presented which studies the applicability of expert...
Space operations involve the control of complex technical equipment in highly dynamic and unknown en...