WWRF46: Reconfigurable Intelligent Surfaces (RIS) For V2V Communications

Reconfigurable intelligent surfaces (RISs),
otherwise known as Large Intelligent Surfaces, recently
emerged as promising 5G technology applications that can
achieve high spectrum and energy efficiency for future
wireless networks by integrating a massive number of
low-cost and passive reflecting elements. These materials
would contain integrated electronic circuits and software
that enable control of the wireless medium. However, the
RIS communication of V2V with any of the factors like
visible light communications, massive MIMO, and small
cell operators becomes the sculpt medium that comprises
the network issues and not having an immediate
integration in the wireless networks delays in the signals.
Thus it also faces the environment issue, which becomes a
part of optimization space, gets delay in frequencies, time
delays, and identifies multiple objects using IRS. Thus we
aimed at underlining the main characteristics and
potentialities of meta-surfaces when used in V2V
communication, which provides a simple evaluation of the
impact on network performance and demonstrating in a
simple scenario with V2V communications that if
meta-surfaces can coat at least part of the scenario, they
can extend the coverage range, frequency allocation, and
any time delays. Simulations can validate this model on
highways. Moreover, since meta-surfaces do not act as
relays and do not introduce new signals in the network, the
network congestion level is not affected[15]. Moreover,
neither self-interference nor amplification noise is added to
the system.