Hierarchical traffic light-aware routing via fuzzy reinforcement learning in software-defined vehicular networks

M Naderi, K Mahdaee, P Rahmani - Peer-to-Peer Networking and …, 2023 - Springer
Lack of a fully vehicular topology view and restricted vehicles' movement to streets with the
time-varying traffic light conditions have caused drastic gaps in the traditional vehicular …
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Hierarchical traffic light-aware routing via fuzzy reinforcement learning in software-defined vehicular networks

M Naderi, K Mahdaee, P Rahmani - 2022 - researchsquare.com
Lack of a fully vehicular topology view and restricted vehicles' movement to streets with the
time-varying traffic light conditions have caused drastic gaps in the traditional vehicular …

Hierarchical traffic light-aware routing via fuzzy reinforcement learning in software-defined vehicular networks

M Naderi, K Mahdaee, P Rahmani - 2022 - europepmc.org
Lack of a fully vehicular topology view and restricted vehicles' movement to streets with the
time-varying traffic light conditions have caused drastic gaps in the traditional vehicular …

Hierarchical traffic light-aware routing via fuzzy reinforcement learning in software-defined vehicular networks

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Lack of a fully vehicular topology view and restricted vehicles' movement to streets with the
time-varying traffic light conditions have caused drastic gaps in the traditional vehicular …

Hierarchical traffic light-aware routing via fuzzy reinforcement learning in software-defined vehicular networks.

M Naderi, K Mahdaee… - Peer-to-Peer Networking …, 2023 - search.ebscohost.com
Lack of a fully vehicular topology view and restricted vehicles' movement to streets with the
time-varying traffic light conditions have caused drastic gaps in the traditional vehicular …