The problem of multi-task attention allocation with special reference to aircraft piloting is discussed with the experimental paradigm used to characterize this situation and the experimental results obtained in the first phase of the research. A qualitative description of an approach to mathematical modeling, and some results obtained with it are also presented to indicate what aspects of the model are most promising. Two appendices are given which (1) discuss the model in relation to graph theory and optimization and (2) specify the optimization algorithm of the model
AbstractGuiding multiple UAVs equipped with state-of-the-art automation by just one pilot usually me...
AbstractQuantitative research into a pilot’s attention allocation mechanism is required in the optim...
AbstractQuantitative research into a pilot’s attention allocation mechanism is required in the optim...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 2...
Eight subjects time-shared performance of two compensatory tracking tasks under conditions when both...
Modeling the human as a controller of slowly responding systems with preview is considered. Along wi...
The role of the pilot and crew for future aircraft is discussed. Fifteen formal experimental studies...
We describe a workload model of a single pilot unmanned aerial vehicle (UAV) control, which can prov...
This paper describes the results of experiments conducted with human line pilots and a cognitive pil...
An experimental representation of a computer-aided multi-task flight management situation has been d...
Human operators in unmanned vehicle systems must divide their attention between multiple tasks. This...
The optimal control model for pilot-vehicle systems has been extended to handle certain types of hum...
An investigation was made of interaction between a human pilot and automated on-board decision makin...
A unified formulation of computer-aided, multi-task, decision making is presented. Strategy for the ...
Human interaction with a simple, multiloop dynamic system in which the human's activity was systemat...
AbstractGuiding multiple UAVs equipped with state-of-the-art automation by just one pilot usually me...
AbstractQuantitative research into a pilot’s attention allocation mechanism is required in the optim...
AbstractQuantitative research into a pilot’s attention allocation mechanism is required in the optim...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 2...
Eight subjects time-shared performance of two compensatory tracking tasks under conditions when both...
Modeling the human as a controller of slowly responding systems with preview is considered. Along wi...
The role of the pilot and crew for future aircraft is discussed. Fifteen formal experimental studies...
We describe a workload model of a single pilot unmanned aerial vehicle (UAV) control, which can prov...
This paper describes the results of experiments conducted with human line pilots and a cognitive pil...
An experimental representation of a computer-aided multi-task flight management situation has been d...
Human operators in unmanned vehicle systems must divide their attention between multiple tasks. This...
The optimal control model for pilot-vehicle systems has been extended to handle certain types of hum...
An investigation was made of interaction between a human pilot and automated on-board decision makin...
A unified formulation of computer-aided, multi-task, decision making is presented. Strategy for the ...
Human interaction with a simple, multiloop dynamic system in which the human's activity was systemat...
AbstractGuiding multiple UAVs equipped with state-of-the-art automation by just one pilot usually me...
AbstractQuantitative research into a pilot’s attention allocation mechanism is required in the optim...
AbstractQuantitative research into a pilot’s attention allocation mechanism is required in the optim...