An experiment is described that aimed at evaluating a principle of dynamic task allocation
(DTA) of conflict resolution between aircraft in air-traffic control on a large scale simulator. It …

This study deals with cognitive cooperation in the context of the design of cooperative
computer support for sharing aircraft conflict detection and resolution tasks between human …

This paper deals with the research of means to build a human–machine cooperation in the
air traffic control. The experiment described aims at evaluating a principle of dynamic …

A model of the mental activities of en route controllers in air traffic control (ATC) is outlined.
As an example of the psychological research rendering the basis for this model, the methods …

With the evolution of technology from passive tool to highly independent agent, it is
becoming increasingly important to support operators in coordinating human and machine …

Future air traffic management concepts envisage shared decision-making responsibilities
between controllers and pilots, necessitating that controllers be supported by automated …

Our research is based on the air traffic control activity regulation assistance. It aims at
integrating the two levels of the air traffic control organization: a tactical level managed by a …

Co-operation between human operators and autonomous machines in dynamic (not fully
controlled) situations implies a need for dynamic allocation of activities between the agents …

The purpose of this paper is to develop a recently proposed framework of human–machine
cooperation (Hoc, JM, 2001. Towards a cognitive approach to human–machine cooperation …

It has been well established that human error and poor management of cockpit resources
contribute to aircraft accidents. For this reason, there has been a recent proliferation of …