Hardware testbed for sidelink transmission of 5G waveforms without synchronization
D Garcia-Roger, JF de Valgas… - 2016 IEEE 27th …, 2016 - ieeexplore.ieee.org
2016 IEEE 27th Annual International Symposium on Personal, Indoor …, 2016•ieeexplore.ieee.org
This paper details a hardware testbed conceived for studying the impact of the lack of
synchronism between transmitters on several 5G waveform candidates, which is of special
relevance for car-to-car communications. The experimental results show that a proper fitting
of waveforms in a software-defined platform would permit increasing the range of
communication between cars without peer-to-peer synchronization, paving the way for the
real development of collision avoidance messages.
synchronism between transmitters on several 5G waveform candidates, which is of special
relevance for car-to-car communications. The experimental results show that a proper fitting
of waveforms in a software-defined platform would permit increasing the range of
communication between cars without peer-to-peer synchronization, paving the way for the
real development of collision avoidance messages.
This paper details a hardware testbed conceived for studying the impact of the lack of synchronism between transmitters on several 5G waveform candidates, which is of special relevance for car-to-car communications. The experimental results show that a proper fitting of waveforms in a software-defined platform would permit increasing the range of communication between cars without peer-to-peer synchronization, paving the way for the real development of collision avoidance messages.
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