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Article SSCS 2006
Abstract: The objective of The objective of this article is to present a theoretical approach of evolutionary interfaces object-oriented modeling. It is proposed to apply it to a wildland fire pread model that is multidisciplinary by essence.
Our aim is to propose a decision support sysem to effectively and rapidly take into account complexity and uncertainties related to the factors influencing the fire spread.this article is to present a theoretical approach of evolutionary interfaces object-oriented modeling. It is proposed to apply it to a wildland fire spread model that is multidisciplinary by essence. Our aim is to propose a decision support sysem to effectively and rapidly take into account complexity and
uncertainties related to the factors influencing the fire spread.
Our aim is to propose a decision support sysem to effectively and rapidly take into account complexity and uncertainties related to the factors influencing the fire spread.this article is to present a theoretical approach of evolutionary interfaces object-oriented modeling. It is proposed to apply it to a wildland fire spread model that is multidisciplinary by essence. Our aim is to propose a decision support sysem to effectively and rapidly take into account complexity and
uncertainties related to the factors influencing the fire spread.
PAUL-ANTOINE BISGAMBIGLIA | Mise à jour le 15/06/2006