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Development of model-based fault-identification systems on microcomputers
Magdi Ragheb
, Dennis Gvillo
Nuclear, Plasma, and Radiological Engineering
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Keyphrases
Microcomputer
100%
Identification System
100%
Fault Identification
100%
Accident Sequence
100%
Device-independent
50%
Engineering Systems
50%
Rule-based
50%
System Components
50%
Knowledge Base
50%
Rule-based System
50%
System Use
50%
Rule Analysis
50%
Deduction
50%
Recovery Action
50%
Analysis Code
50%
Human Expertise
50%
Pressurized Water Reactor
50%
Model-based Systems
50%
Problem Representation
50%
Use Rules
50%
Mitigation Actions
50%
Reactor Analysis
50%
Probabilistic Risk Analysis
50%
Production Rules
50%
Backward Chaining
50%
Risk Analysis Methods
50%
Goal Tree
50%
Fault Tree Analysis
50%
Computer Science
Analysis System
100%
Microcomputer
100%
fault identification
100%
Code Analysis
50%
Analysis Technique
50%
Risk Analysis
50%
Knowledge Base
50%
Fault Tree
50%
Production Rule
50%
Mitigation Action
50%
Engineering
Systems Analysis
100%
Transients
50%
System Component
50%
Knowledge Base
50%
Analysis Code
50%
Pressurized Water Reactor
50%
Rule-Based System
50%
Production Rule
50%
Fault-Tree Analysis
50%
Systems Engineering
50%
Earth and Planetary Sciences
System Identification
100%
Systems Analysis
100%
Microcomputer
100%
Pressurized Water Reactor
50%
Risk Analysis
50%
Fault Tree
50%