In recent years, Smart Cities have become a focal point for integrating advanced technologies and intelligent systems to create sustainable urban environments. A key issue in these cities is reducing emissions, and smart traffic lights have emerged as an important tool in addressing this challenge. This work builds on a previously proposed system designed to reduce pollution through smart traffic lights, which was initially limited to three-way intersections and tested on a single traffic signal. We extend the system to manage various types of signalized intersections and evaluate its performance across multiple intersections in a city. Our findings show that smart traffic lights can reduce pollution even without coordination between traffic lights and vehicles.
Integrating Smart Traffic Lights for Enhanced Urban Air Quality in Smart Cities / Cabri, G.; Ciccia, D.; Montangero, M.; Muzzini, F.. - (2024), pp. 358-363. (Intervento presentato al convegno 9th Annual IEEE/ACM Symposium on Edge Computing, SEC 2024 tenutosi a Roma nel 07/12/2024) [10.1109/SEC62691.2024.00037].
Integrating Smart Traffic Lights for Enhanced Urban Air Quality in Smart Cities
Cabri G.;Ciccia D.;Montangero M.;Muzzini F.
2024
Abstract
In recent years, Smart Cities have become a focal point for integrating advanced technologies and intelligent systems to create sustainable urban environments. A key issue in these cities is reducing emissions, and smart traffic lights have emerged as an important tool in addressing this challenge. This work builds on a previously proposed system designed to reduce pollution through smart traffic lights, which was initially limited to three-way intersections and tested on a single traffic signal. We extend the system to manage various types of signalized intersections and evaluate its performance across multiple intersections in a city. Our findings show that smart traffic lights can reduce pollution even without coordination between traffic lights and vehicles.File | Dimensione | Formato | |
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