… a reliability and latency joint function to evaluate the joint impact of reliability and latency
in 5G autonomous vehicular networks. The interactions between reliability and latency are …

… Resource allocation in [16] has also taken into account channel uncertainty, but it is hard to
be applied to vehicular networks. In [2], resource allocation with delayed feedback of the CSI …

… sum of energy consumed by all transmitting and receiving nodes in the vehicular network. …
on end-to-end latency. The proposed CRLLR always achieves lower latency in comparison to …

… V2V networks is to deliver ultra-reliable and low-latency communications … low-latency
communication (URLLC) represents one of the major challenges facing 5G and vehicular networks …

… the content dissemination efficiency in mmWave vehicular networks, we propose a decentralized
vehicle association algorithm to realize low-latency content disseminations, where the …

… low-latency communication represents one of the major challenges faced by 5G and vehicular
networks … based on conventional average values (eg, latency, rate, and queue length) is …

… and low-latency communications (URLLCs) become the indispensable components of
vehicular networks (VNETs) [1]– [3]. The performance of emerging vehicle-to-everything (V2X) …

… network slicing technology in stochastic vehicular networks to … , ultra-reliable and low-latency
QoS requirements of diverse … cations in vehicular networks, two types of network slicing, …

… This paper proposes a high bandwidth, low latency, and scalable V2V networking
architecture based on a novel usage of MEC, which could play an import role for future 5G. Our …

… service provision of information-centric vehicular networks (ICVNs) is … To provide up-to-date
information with low latency, two … latency are derived in closed forms. Surprisingly, the AoI-…