AMBER: A New Architecture for Flexible MBSE Workflows

AMBER: A New Architecture for Flexible MBSE Workflows. Rousseau, undefined, Pagerit, S., DeLaughter, P., Juskiewicz, M., Sharer, P., & Vijayagopal, R. In IEEE VPPC, Belfort,France, December, 2017.
abstract bibtex

Most MBSE tools are designed for a closed environment, or for a predetermined set of actions. As the needs of vehicle simulations are quickly changing, (CAVs, ADAS, regional & large scale analysis…), those workflows are getting more and more in the way of engineers, needing to constantly setup and switch between multiple tools, making it difficult to standardize and document their workflow. In this paper, we'll present a solution to these issue with an MBSE workflow platform called AMBER, providing completely open and customizable workflows, and enabling engineers, both users and developers, to retake control of their MBSE workflows.

@inproceedings{rousseau_amber_2017,
	address = {Belfort,France},
	title = {{AMBER}:  {A} {New} {Architecture} for {Flexible} {MBSE} {Workflows}},
	abstract = {Most MBSE tools are designed for a closed environment, or for a predetermined set of actions. As the needs of vehicle simulations are quickly changing, (CAVs, ADAS, regional \& large scale analysis…), those workflows are getting more and more in the way of engineers, needing to constantly setup and switch between multiple tools, making it difficult to standardize and document their workflow. In this paper, we'll present a solution to these issue with an MBSE workflow platform called AMBER, providing completely open and customizable workflows, and enabling engineers, both users and developers, to retake control of their MBSE workflows.},
	booktitle = {{IEEE} {VPPC}},
	author = {Rousseau,, Aymeric and Pagerit, Sylvain and DeLaughter, Paul and Juskiewicz, Michael and Sharer, Phillip and Vijayagopal, Ram},
	month = dec,
	year = {2017},
}

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