%Aigaion2 BibTeX export von HES SO Valais Publications
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@INPROCEEDINGS{IEEE WiOPT,
    author = {Rizzo, Gianluca},
     month = oct,
     title = {A Stochastic Geometry approach to performance modeling of SWIPT vehicular networks},
      year = {2024},
  abstract = {The integration of Simultaneous Wireless Informa-
tion and Power Transfer (SWIPT) into vehicular networks presents
a promising approach to enhance the efficiency and sustainability
of future transportation systems. This paper introduces a novel
performance modeling framework for SWIPT-enabled vehicular
networks utilizing stochastic geometry. The proposed model
accounts for the spatial distribution of vehicles, the random
nature of wireless channel conditions, and the dual-functionality
of SWIPT for energy harvesting and information decoding.
Our analytical results provide insights into the impact of key
parameters, such as base station density, power splitting ratios,
and transmission power, on the network’s overall performance.
This study offers a foundational tool for designing and analyzing
SWIPT systems in the context of intelligent transportation,
paving the way for more resilient and sustainable vehicular
communication infrastructures.}
}