Model-Based Engineering Research: Fault Containment
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Our objectives in this project are to
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The researchers involved in this project are
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Why do system-level failures still occur
despite fault tolerance techniques being
deployed in systems?
From a development perspective, the tight integration of a large number of
components creates many potential failure modes caused by interactions that
cannot be discovered by unit testing. In this project,
our focus is on identifying system-wide design rules that must be satisfied
in order to limit propagation of seemingly minor faults throughout the system.
Our approach is to build architectural models using AADL to identify system fault behaviors that are not addressed by component-fault containment techniques, to develop a formalized analysis framework for system fault containment and stability management, and to validate system architectures in the context of this framework.
Our model-based analytic framework for this investigation is
- Root cause analysis of system-level faults
- Analytic exploration of unmanaged faults
- Fault-impact analysis and system-level fault containment strategies
See also our other research projects
For More Information
Customer Engagements
Terry Dailey
Phone: 703-908-8213
E-mail: etd@sei.cmu.edu
Technical Questions
Jörgen Hansson
Phone: 412-268-6733
E-mail: hansson@sei.cmu.edu
Peter Feiler
Phone: 412-268-7790
E-mail: phf@sei.cmu.edu
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