Abstract

The article first briefly introduces the architecture and application direction of the car networking system. Then, based on the actual situation, from the two aspects of cloud computing and WSN, the discussion on the establishment of the Internet of Vehicles includes collecting, processing and applying traffic data. The aim is to help technical staff make use of cloud computing and WSN in vehicle networking systems and support progress in transportation systems.

What problem does this paper address?

Internet-of-Vehicles systems need an architecture that connects traffic-data collection, processing, and application across vehicles and road infrastructure. This paper discusses how cloud computing and wireless sensor networks can support those functions in an integrated transportation system.

Main contributions

• A review of vehicle-network architecture and its principal application directions.
• A three-part architecture comprising a traffic cloud platform, intelligent vehicle system, and intelligent roadside system.
• Discussion of cloud-computing and WSN roles in traffic-data collection, processing, and operational applications.

Relevant research topics

• Internet of Vehicles
• Cloud Computing
• Wireless Sensor Networks
• Intelligent Transportation Systems
• Traffic Data
• Vehicular Networks

Preferred citation

@inproceedings{quan2019vehicle,
  author    = {Zikun Quan and Ning Gao and Yushan Huang},
  title     = {Research on Vehicle Network Architecture and Key Technologies Based on Cloud Computing and {Wsn}},
  booktitle = {Proceedings of the 2019 International Conference on Math and Engineering},
  year      = {2019},
  pages     = {574--577},
  doi       = {10.25236/icme.2019.107}
}