Publication | Closed Access
Comparison between DSRC and other Short Range Wireless Communication Technologies
22
Citations
12
References
2020
Year
Unknown Venue
Wireless CommunicationsVehicle CommunicationEngineeringRfid TechnologyWireless LanIeee 802.11PComputer EngineeringSystems EngineeringTransmission RateSoftware RadioOptical Wireless CommunicationCommunication CircuitMobile Communication VehicleWireless PropagationRadio Access ProtocolSignal ProcessingSpread Spectrum
DSRC (also known as IEEE 802.11p or WAVE) is a medium/short-range RF communication technology designed specifically for in-vehicle environments that provide high-speed, real-time, accurate, and reliable connectivity between vehicles and vehicles, vehicles, and roadside infrastructure. The single/two-way voice, image and data communication services support vehicle public safety, traffic management, in-transit information release, commercial freight management and nonstop charging services, which can significantly improve the safe operation efficiency of road traffic. It consists of a series of protocols and standards that work very similar to RFID technology. This study presents a compares DSRC with several other commonly used short-range wireless access technologies in terms of transmission rate, spectrum characteristics, and communication modes.
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