Spécification d'exigences physico-physiologiques en ingénierie d'un système support de maintenance aéronautique

Abstract : Current Systems Engineering framework must evolve in order to take into account the critical interactions of human-machine systems since the specification phase. The objective is to ensure that the behavior of such systems is kept within an accepted domain of performances whatever is the context of use. Those performances depend on the synergies of the different interactions that take place between technical and human systems when operating a common object. Human Factors Integration in Systems Engineering also known as Human Systems Integration implies to start working on the overall performance of all the interfaces of a human-machine system. These different interfaces exhibit emerging complex interactions. Some of them are inquired to ease the whole system performances and facilitate system resilience capabilities within disruptive unanticipated environment. Other ones are designed to finalize the system mission according to the purpose of its context of use. The paradigm we have explored in our work is based on the hypothesis of possible inter-operations between physiological and technical processes for human-machine interaction specification by coupling a System Modeling Framework with the Mathematical Theory of Integrative Physiology one. Our work focuses on the physical and physiological requirements specification (modeled with SysML) of a visual perceptive interaction for human to perceive right the meaning of symbolic properties technical objects afford when they are being maintained in variable contextualized situations. Our specification work results lead us to propose a Model-Based Support Systems Engineering organization
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http://docnum.univ-lorraine.fr/prive/DDOC_T_2013_0197_LIEBER.pdf
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https://hal.univ-lorraine.fr/tel-01750451
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Submitted on : Thursday, March 29, 2018 - 12:46:30 PM
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Romain Lieber. Spécification d'exigences physico-physiologiques en ingénierie d'un système support de maintenance aéronautique. Autre. Université de Lorraine, 2013. Français. ⟨NNT : 2013LORR0197⟩. ⟨tel-01750451⟩

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