DANS: A Secure and Efficient Driver-Abnormal Notification Scheme with IoT Devices over IoV

Keyphrases

• IoT Devices 100%
• Internet of Vehicles 100%
• Real-time Detection 33%
• Driver Authentication 33%
• Performance Evaluation 33%
• Mobile Phone 33%
• Communication Overhead 33%
• Low Latency 33%
• Performance Simulation 33%
• Time Response 33%
• Non-repudiation 33%
• Hash Chain 33%
• Mutual Authentication 33%
• Safety Messages 33%
• Traffic Accidents 33%
• Chain-based 33%
• Latency Constraint 33%
• Edge Nodes 33%
• Long-distance Communication 33%
• Short Latency 33%
• Good Scalability 33%
• Communication Latency 33%
• Edge-fog Computing 33%
• Two-factor Authentication 33%
• Sensing Parameters 33%
• Message Verification 33%
• Fast Verification 33%
• Conditional Privacy 33%
• Public Key Cryptosystem 33%
• Security Protocols 33%

Computer Science

• Internet of Vehicles 100%
• Internet-Of-Things 100%
• Authentication 33%
• Performance Evaluation 33%
• Communication Overhead 33%
• Response Time 33%
• Performance Simulation 33%
• Nonrepudiation 33%
• Mutual Authentication 33%
• Communication Latency 33%
• Privacy Preservation 33%
• Fog Computing 33%
• Security protocols 33%
• Public-Key Cryptosystems 33%
• Two-Factor Authentication 33%