Study and design of a remote and virtual air traffic control center using a Human Systems Integration approach

Alexandre Disdier; Dimitri Masson; Thomas Brethomé; Marija Jankovic; Guy Andre Boy

Abstract

Remote and Virtual Towers have been studied as an alternative paradigm for air traffic control operations. This poster introduces research guidelines we obtained from a series of interviews carried out with designers and experts of military air traffic control systems. These are guidelines for a more human-centered approach to systems engineering while designing complex sociotechnical systems such as remote and virtual towers.

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References

Disdier, A. (2022, December). Study and design of a remote and virtual air traffic control center using a Human Systems Integration approach [Poster]. AFIS Rencontres Académie-Industrie. AFIS. https://hal.science/hal-03971460

Citation

BibTeX citation:

@unpublished{disdier2022_StudyDesign,
  author = {Disdier, Alexandre and Masson, Dimitri and Brethomé, Thomas
    and Jankovic, Marija and Boy, Guy Andre},
  title = {Study and Design of a Remote and Virtual Air Traffic Control
    Center Using a {Human} {Systems} {Integration} Approach},
  date = {2022-12-01},
  url = {https://dhmmasson.github.io/publications/disdier2022_StudyDesign.html},
  langid = {en}
}

For attribution, please cite this work as:

Disdier, A., Masson, D., Brethomé, T., Jankovic, M., & Boy, G. A. (2022, December 1). Study and design of a remote and virtual air traffic control center using a Human Systems Integration approach . https://dhmmasson.github.io/publications/disdier2022_StudyDesign.html