Vehicular communications using WAVE, safety/non-safety application specifications and secure vehicular communications have been a major trend in the past decade or so. However, as the emerging communication technologies are introduced, vehicular communications face fascinating research challenges in order to evolve by incorporating these technologies. Particularly, vehicular communications based on 5G, software defined vehicular networks, vehicular cloud/fog computing and mobile edge computing for vehicles are at the very heart of the emerging technologies.
Topics include but are not limited to:
Ultra-dense small cell deployments of 5G
Autonomous driving
Architectures, protocols and algorithms for vehicular communications
Software-Defined vehicular communications techniques and architectures
Mobile Edge Computing in the context of vehicular communications
Energy saving protocols for vehicular networks
Dense heterogeneous network deployment architectures and solutions
Handoff and mobility control
Applications to Internet of Things, cloud, smart grid, vehicle to grid, and smart cities etc
Service and QoE provisioning techniques
Simulations tools, methodologies, and performance evaluations
Privacy and access control.
Security of vehicular cloud networks
Securing autonomous driving from attacks
Approaches for digital forensics.
Formal aspects of Trust (specification, contexts, reasoning, analysis and decisions).
Trust and reputation management systems (architectural element, requirements, metrics and measures, and
computation models).
Security and reputation attacks and counter-measurements
Trust establishment in distributed and high scale environment.
Trust-based security policy management.
Modeling and formal verifications for security, privacy and trust.
10月17日
2017
10月19日
2017
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