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Latency-Optimal mmWave Radio Access for V2X Supporting Next Generation Driving Use Cases
Shao Yu Lien
, Yen Chih Kuo
, Der Jiunn Deng
*
, Hua Lung Tsai
, Alexey Vinel
, Abderrahim Benslimane
*
此作品的通信作者
智慧科學暨綠能學院
研究成果
:
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同行評審
27
引文 斯高帕斯(Scopus)
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Keyphrases
Latency
100%
Beam Alignment
100%
Millimeter-wave Radio
100%
Radio Access
100%
Transmitter
80%
Millimeter Wave
80%
Beam Shaping
80%
Sweeping
20%
Transmission Range
20%
Signal Attenuation
20%
Communication Link
20%
Receiver Side
20%
Beamforming
20%
High Data Rate
20%
Seamless Service
20%
Beam Direction
20%
Service Requirements
20%
Performance Bounds
20%
Driving Vehicle
20%
Directional Transmission
20%
Low-latency High-reliability
20%
Vehicle-to-everything
20%
Vehicle Platooning
20%
Remote Driving
20%
Mobile Network Deployment
20%
Extended Sensor
20%
Above 6 GHz
20%
Fifth-generation New Radio
20%
Engineering
Millimeter Wave
100%
Radio Access
100%
Engineering
20%
Directional
20%
Service Requirement
20%
Signal Attenuation
20%
Receiver Side
20%
High Data Rate
20%
Communication Link
20%
Platooning
20%
Beamforming
20%
Computer Science
Use Case
100%
Transmitter Side
33%
Transmission Range
16%
Service Requirement
16%
Communication Link
16%
Mobile Network
16%
High Reliability
16%
Performance Bound
16%
Signal Attenuation
16%
Beam Direction
16%
Physics
Beamforming
100%
Radio Wave
100%
Earth and Planetary Sciences
Millimeter Wave
100%
Beamforming
20%