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Failure mode and effects analysis of software-based automation systems
Pentti Haapanen,
Atte Helminen
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Dive into the research topics of 'Failure mode and effects analysis of software-based automation systems'. Together they form a unique fingerprint.
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Keyphrases
Automation System
100%
Failure Mode Effect Analysis
100%
Software-based
100%
Failure Mode
20%
System Behavior
20%
Reliability Analysis
20%
Software Failure
20%
Finland
10%
Nuclear Power Plant
10%
System Safety
10%
Technical Research
10%
System Level
10%
System Components
10%
Radiation Safety
10%
Nuclear Safety
10%
Dynamic Behavior
10%
Industrial Automation Systems
10%
Business Management
10%
System Function
10%
Software Module
10%
Nuclear Safety Research
10%
Safety Integrity
10%
System Platform
10%
Integrity Assessment
10%
Safety Evaluation Method
10%
Software Safety
10%
Potential Failure Mode
10%
Hardware Level
10%
Multiple Standards
10%
Software Layer
10%
Spaceship
10%
Multiple Interpretations
10%
Automated Applications
10%
Interpretation Practice
10%
Computer Science
Automation System
100%
Software Failure
66%
System Behavior
66%
Analysis Methodology
33%
Industrial Automation
33%
Target System
33%
Software Module
33%
Related Question
33%
Critical Software
33%
Hardware Level
33%
System Function
33%
Dynamic Behavior
33%
Research Project
33%
INIS
failures
100%
computer codes
100%
automation
100%
levels
15%
safety
15%
applications
15%
industry
15%
reliability
15%
nuclear safety
15%
tools
7%
assessments
7%
finland
7%
dynamics
7%
design
7%
business
7%
management
7%
nuclear power plants
7%
risk assessment
7%
research programs
7%
radiation safety
7%
state government
7%
Engineering
Automation System
100%
Failure Modes and Effects Analysis
100%
Failure Mode
30%
Reliability Analysis
20%
Nuclear Safety
20%
System Behavior
20%
Technical Research Centre
10%
Research Project
10%
System Component
10%
Methods and Tool
10%
Nuclear Power Plant
10%
Dynamic Behavior
10%
System Safety
10%
System Function
10%
Potential Failure
10%
Level Software
10%
Target System
10%
Safety Engineering
10%