There are many problem-solving tasks that are too complex to fully automate given the current state of technology. Nevertheless, significant improvements in overall system performance could result from the introduction of well-designed computer aids. We have been studying the development of cognitive tools for one such problem-solving task, enroute flight path planning for commercial airlines. Our goal was two-fold. First, we were developing specific systems designs to help with this important practical problem. Second, we are using this context to explore general design concepts to guide in the development of cooperative problem-solving systems. These designs concepts are described
A concept for automating the control of air traffic in the terminal area in which the primary man-ma...
After a number of background studies (including surveys, a simulator study, and interviews with comm...
It was determined that a system to incorporate artificial intelligence (AI) into airborne flight man...
There are many problem-solving tasks that are too complex to fully automate given the current state ...
Both optimization techniques and expert systems technologies are popular approaches for developing t...
Design concepts and principles to guide in the building of cooperative problem solving systems are b...
In a previous report, an empirical study of 30 pilots using the Flight Planning Testbed was reported...
The goals of this research were to develop design concepts to support the task of enroute flight pla...
Whether optimization techniques or expert systems technologies are used, the underlying inference pr...
Based on a cognitive task analysis of 5 airline flight crews in a simulator study, researchers have ...
Both optimization techniques and expert systems technologies are popular ap-proaches for developing ...
Two project areas were pursued: the intelligent cockpit and human problem solving. The first area in...
The air traffic management system in the United States is an example of a distributed problem solvin...
Cognitive Engineering has been advocated as the discipline which could ensure the effective use of i...
The designers of aircraft and more recently, aerospace vehicles have always struggled with the probl...
A concept for automating the control of air traffic in the terminal area in which the primary man-ma...
After a number of background studies (including surveys, a simulator study, and interviews with comm...
It was determined that a system to incorporate artificial intelligence (AI) into airborne flight man...
There are many problem-solving tasks that are too complex to fully automate given the current state ...
Both optimization techniques and expert systems technologies are popular approaches for developing t...
Design concepts and principles to guide in the building of cooperative problem solving systems are b...
In a previous report, an empirical study of 30 pilots using the Flight Planning Testbed was reported...
The goals of this research were to develop design concepts to support the task of enroute flight pla...
Whether optimization techniques or expert systems technologies are used, the underlying inference pr...
Based on a cognitive task analysis of 5 airline flight crews in a simulator study, researchers have ...
Both optimization techniques and expert systems technologies are popular ap-proaches for developing ...
Two project areas were pursued: the intelligent cockpit and human problem solving. The first area in...
The air traffic management system in the United States is an example of a distributed problem solvin...
Cognitive Engineering has been advocated as the discipline which could ensure the effective use of i...
The designers of aircraft and more recently, aerospace vehicles have always struggled with the probl...
A concept for automating the control of air traffic in the terminal area in which the primary man-ma...
After a number of background studies (including surveys, a simulator study, and interviews with comm...
It was determined that a system to incorporate artificial intelligence (AI) into airborne flight man...