A methodology for architecture-level reliability risk analysis.

A methodology for architecture-level reliability risk analysis.

The paper presents a methodology for reliability risk assessment at the early stages of the development lifecycle, namely, the architecture level. We describe a heuristic risk assessment methodology that is based on dynamic metrics. The methodology uses dynamic complexity and dynamic coupling metric...

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Bibliographic Details
Published in:IEEE Transactions on software engineering 28, 6 (2002).
Main Author: Yacoub, S.M
Format: Article
Language:English
Subjects:
FMEA.
Failure Mode and Effect Analysis.
Analysis scenarios.
Architectural level.
Architecture components.
Architecture elements.
Architecture level.
Architecture models.
Architecture risk factor.
Architecture-level reliability risk analysis methodology.
Complexity factors.
Component interactions.
Component risk factors.
Connector risk factors.
Development lifecycle.
Domain experts.
Dynamic complexity.
Dynamic coupling metrics.
Dynamic metrics.
Heuristic risk assessment methodology.
Heuristic risk factors.
Pacemaker architecture.
Product attributes.
Product metrics.
Reliability risk analysis.
Reliability risk assessment.
Risk aggregation.
Risk assessment model.
Risk factors.
Severity analysis.
Severity factors.
Software architecture.
Software risk management plan.
Subjective judgement.
Subjective risk assessment techniques.