2016 IEEE Vehicular Networking Conference VNC - 波兰vs阿根廷亚盘赔率

活动简介

Connected vehicles are becoming a cornerstone of the increasingly connected world and the deployment phase of the first generation of vehicular networks is now closer than ever. Manufacturers plan to introduce new cars into the market with V2V and V2I communication systems as soon as 2019 (estimated). Large-scale testbeds are running or planned in different parts of the world, such as the Cooperative ITS Corridor that connects Austria, Germany and Netherlands, and the USDOT plan to install V2V technology in 10,000 city-owned vehicles in New York City. On the other hand, the technology will continue to evolve. In parallel to the deployment phase, multiple discussions are taking place at different levels and in different forums about the next generation of vehicular networks. The 3GPPP has launched a Work Item to study the feasibility of LTE-based V2X services and connected vehicles are being considered a relevant part of the future 5G ecosystem. The automated (and connected) vehicle will soon come into play and may significantly change the roots of vehicular networks.

This year's conference will be held in Columbus, Ohio, USA at the Hyatt Regency hotel.

征稿信息

重要日期

2016-08-30

初稿截稿日期

2016-09-15

初稿录用日期

2016-11-03

终稿截稿日期

征稿范围

5G technologies for connected vehicles
Communications and networking for automated and semi-automated vehicles
Congestion and awareness control in vehicular networks
Novel technologies for V2X (TVWS, LTE-D, VLC, etc.)
Safety and non-safety applications of vehicular networks, including ITS
V2V, V2I and V2X communications and networking protocols
Vehicular communications with VRUs (Vulnerable Road Users) e.g., with bicyclists, pedestrians, etc.
In-vehicle communications (wireless or wired)
Radio propagation and technologies for vehicular networks (propagation models, antennas, etc.)
Protocols for vehicular networking (radio resource management, link layer, routing, mobility management, dissemination, transport etc.)
Security, privacy, liability, and dependability in vehicular networks
Network and QoS management for vehicular networks
Simulation and performance evaluation techniques for vehicular networks
Results from experimental systems, testbeds, and pilot studies
Impact assessments of vehicular networks on safety, transportation efficiency, and the environment
Communications related to electric and hybrid vehicles
Heterogeneous networking approaches (multi-radio, multi-channel, multi-application, multi-technology)
Integration of V2V with on-board systems and networks
Vehicular networking architectures and system design
Applications and services to enhance driver experience, performance, and behavior