This paper introduces a simple and innovative method to develop a functional model by extrapolating the information from the traditional dynamic model implemented in Simulink®. This method is extremely reliable and can represent a very useful tool for a preliminary reliability and safety analysis, as the analysts do not need to enter into the system logic to perform a classic FTA or FMEA analysis. Dynamic and functional analyses can be performed on the same model-based programming environment, where specifications can be traced interactively. Architectural defects can be detected and corrected well before the prototypal phase, making the whole process time and cost-effective.

Development of a model-based safety analysis technique from the ETF Flight Simulator / Battipede, Manuela; Gili, Piero; Vazzola, Matteo. - ELETTRONICO. - 13, no. 10:(2008), pp. 1-12. (Intervento presentato al convegno Modeling and Simulation Technologies Conference tenutosi a Honolulu, Hawaii - USA nel August 18-21, 2008) [10.2514/6.2008-6535].

Development of a model-based safety analysis technique from the ETF Flight Simulator

BATTIPEDE, Manuela;GILI, Piero;VAZZOLA, MATTEO
2008

Abstract

This paper introduces a simple and innovative method to develop a functional model by extrapolating the information from the traditional dynamic model implemented in Simulink®. This method is extremely reliable and can represent a very useful tool for a preliminary reliability and safety analysis, as the analysts do not need to enter into the system logic to perform a classic FTA or FMEA analysis. Dynamic and functional analyses can be performed on the same model-based programming environment, where specifications can be traced interactively. Architectural defects can be detected and corrected well before the prototypal phase, making the whole process time and cost-effective.
2008
9781563479458
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/1918158
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