Quantifying potential cyber-attack risks in maritime transportation under Dempster–Shafer theory FMECA and rule-based Bayesian network modelling

Keyphrases

• Maritime Transportation 100%
• Rule-based 100%
• Navigation System 100%
• Criticality Analysis 100%
• Cyber Threats 100%
• Cyber-attacks 100%
• Bayesian Network Modeling 100%
• Failure Mode Effect Analysis 100%
• Dempster-Shafer Theory 100%
• Failure Criticality 100%
• Theory Failure 100%
• Attack Risk 100%
• High Risk 66%
• Risk Management Strategies 66%
• Cyber Risk 66%
• Effective Risk Management 66%
• Probabilistic Approach 33%
• Expert Opinion 33%
• Cargo 33%
• Analysis Parameters 33%
• Risk Value 33%
• Control Actions 33%
• Shipping Industry 33%
• Maritime Sector 33%
• Bayesian Network Model 33%
• Security Analysts 33%
• Vessel Operations 33%
• Ship Bridge 33%
• Spoofing 33%
• Cyber Risk Assessment 33%
• Probabilistic Databases 33%
• GPS Jamming 33%
• Cyber Risk Analysis 33%
• Maritime Cyber Security 33%
• Marine Security 33%
• Integrated Bridge System 33%

Computer Science

• Bayesian Networks 100%
• Criticality 100%
• Cyber Attack 100%
• Risk Management Strategy 66%
• Probabilistic Approach 33%
• Control Action 33%
• Security Expert 33%
• Dempster-Shafer Theory 33%
• Sensitive Informations 33%
• Spoofing 33%
• Calculating Risk 33%
• Bayesian Network Model 33%
• Expert Opinion 33%
• Global Positioning System 33%

Engineering

• Maritime Transportation 100%
• Failure Mode 100%
• Cyber Attack 100%
• Mode Effect 100%
• Expert Opinion 33%
• Network Model 33%
• Shipping Industry 33%
• Cyber Security 33%
• Probabilistic Approach 33%
• Control Action 33%
• Security Expert 33%
• Global Positioning System 33%