Estimating economic losses from cyber-attacks on shipping ports: An optimization-based approach

Keyphrases

• Optimization Approach 100%
• Cyber-attacks 100%
• Economic Loss 100%
• Shipping Port 100%
• Information Technology 40%
• Economic Impact 40%
• Discovery Algorithm 40%
• Operational Technology 40%
• Dynamic Discretization Discovery 40%
• United States 20%
• Order of Magnitude 20%
• Result-oriented 20%
• Size Dependence 20%
• Enhanced Dynamics 20%
• Holistically 20%
• High Risk 20%
• Loss Function 20%
• Information Effect 20%
• Runtime Performance 20%
• Technology System 20%
• Capacity Constraints 20%
• Everglades 20%
• Global Economy 20%
• Risk Assessment 20%
• Delay Cost 20%
• Willingness to Pay 20%
• Port Network 20%
• Large Problem Size 20%
• Port Operations 20%
• National Economy 20%
• Delay Modeling 20%
• Operational Impact 20%
• Physical Disruption 20%
• Capture Capacity 20%
• Cyber Insurance 20%
• All-hazards 20%
• Security Plan 20%
• Gross Output 20%
• Maritime Network 20%
• Merchandise Trade 20%
• Nearly Orthogonal Latin Hypercube 20%
• Technology Dependence 20%
• Insurance Gaps 20%
• Transportation Assets 20%
• Operational Effect 20%
• Landlord Port 20%
• Efficient Supply Chain 20%
• Port Operators 20%
• Port Stakeholders 20%
• Transportation Disruption 20%
• Logistics Technology 20%
• Advanced Logistics 20%
• Terminal Operators 20%

Engineering

• Economic Loss 100%
• Cyber Attack 100%
• Disruptions 80%
• Information Technology 40%
• Discretization 40%
• Illustrates 20%
• Design of Experiments 20%
• Specifies 20%
• System Technology 20%
• Hypercube 20%
• Capacity Constraint 20%
• Port Network 20%
• Loss Function 20%
• Maritime Transportation 20%
• United States 20%

Computer Science

• Cyber Attack 100%
• Discretization 40%
• Information Technology 40%
• Technology System 20%
• Design Experiment 20%
• Capacity Constraint 20%
• Supply Chain 20%
• Hypercube 20%
• Large Problem Size 20%
• Terminal Operator 20%