Operations room design for the control of a fleet of robots

A structural and functional ontology and a simulator extend oil-and-gas control rooms to the supervision of a robot fleet.
Human-System Integration
Design
Operations Room
Authors

Chloé Rolos

Guy Boy

Dimitri Masson

Published

January 1, 2019

HAL

hal-02340856v1

Abstract

In this research work we focuses on the elicitation of concepts for the design of an oil and gas complex system involving a fleet of robots. We are using expertise and an experience-based approach to formalize existing control rooms and extending them to include robots. We are building a structural and functional ontology to identify and allocate current and emergent functions. The approach leads to the development of a software simulator that includes structures and functions of an oil and gas platform and its operations room. Keywords Oil and gas, control room, ontology, human centered design, fleet of robots.

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Citation

BibTeX citation:
@inproceedings{rolos2019_OperationsRoom,
  author = {Rolos, Chloé and Boy, Guy and Masson, Dimitri},
  publisher = {INCOSE International Conference on Human Systems
    Integration},
  title = {Operations Room Design for the Control of a Fleet of Robots},
  url = {https://dhmmasson.github.io/publications/rolos2019_OperationsRoom.html},
  langid = {en}
}
For attribution, please cite this work as:
Rolos, C., Boy, G., & Masson, D. (n.d.). Operations room design for the control of a fleet of robots. https://dhmmasson.github.io/publications/rolos2019_OperationsRoom.html