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A Design Methodology of Optimized Diagnosis Functions for High Lift Actuation Systems
This paper presents a model-based approach to the optimal design of diagnosis system architectures for complex high lift actuation systems. The overall approach consists of two steps. In the first step, safety and reliability related requirements are introduced. These focus on the detectability and isolability of faults. Symptoms are used therefore. These are separated into safety and reliability related symptoms. In the second step, different alternatives to provide the symptoms are drawn andfatcat:cltd6fc2x5fq5h6shvlpkgk5fi