The Lima Traffic Light Network Operations and Management System

Authors

DOI:

https://doi.org/10.15381/idata.v26i2.24038

Keywords:

actuated traffic signal timing, vehicular congestion estimation, intelligent systems

Abstract

The research problem arose from the need to implement a system to remotely manage the traffic operations of the network of traffic lights to reduce vehicular congestion. The procedure involved designing the placement of electronic sensors to track the number of vehicles in the area. This allowed for the testing of different operational strategies for modifying the timing of the traffic light signals. A simulation model was used to test these strategies in seven intersections on Av. Petit Thouars in Lima, between Av. Alejandro Tirado and Av. 28 de Julio. Detectors were installed at the access points of secondary access streets to the main road (Av. Petit Thouars) which yielded cumulative positive results. Alternatives 1 and 2 produced a 59% reduction in queues, thus demonstrating the validity of the general hypothesis.

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Author Biography

  • Fernando Mauricio Tarquino Torres, Universidad Nacional Federico Villarreal, Lima, Peru

    PhD. Master’s degree in Transportation Engineering. Transport engineer (CIP 71380). Currently working as director at Ingeniería de Transportes del Perú SAC, and adjunct professor at the Graduate School of Universidad Nacional Federico Villarreal (Lima, Peru).

Published

2023-12-20 — Updated on 2024-04-24

Versions

Issue

Section

Producción y Gestión

How to Cite

The Lima Traffic Light Network Operations and Management System. (2024). Industrial Data, 26(2), 93-118. https://doi.org/10.15381/idata.v26i2.24038 (Original work published 2023)