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Snooke, Neal - Department of Computer Science, University of Wales, Aberystwyth
Combining Functional Modelling and Qualitative Fault Propagation to Enable Failure Mode Analysis of
Wynne-Jones, Lain & James LLP Essex Place
Describing System Functions that Depend on Intermittent and Sequential Behavior
Combining Functional and Structural Reasoning for Safety Analysis of Electrical Designs
Model-driven Automated Software FMEA Neal Snooke, PhD, Aberystwyth University
LESSONS FROM ENGINEERING: CAN SOFTWARE BENEFIT FROM PRODUCT BASED EVIDENCE OF RELIABILITY?
An Automated Software FMEA Chris Price and Neal Snooke
Automated Failure Effect Analysis for PHM of UAV Neal Snooke and Chris Price Clive Downes Carole Aspey
A language for functional interpretation of model based simulation Jonathan Bell a
CIRQ: Qualitative fluid flow modelling for aerospace FMEA applications Neal Snooke
Integrating reliability analysis and diagnostics for complex technical systems
Model-based Failure Modes and Effects Analysis of Neal Snooke 1
Challenges for Qualitative Electrical Reasoning in Automotive Circuit Simulation
An Automated Failure Modes and Effect Analysis Based Visual Matrix Approach to Sensor Selection and
Acknowledgement of receipt We hereby acknowledge receipt of your request for grant of a European patent as follows
Wynne-Jones, Lain & James LLP Essex Place
