Optimization of Traffic Signalization Timings to Reduce Queue Length and Vehicle Delays: A Case Study in Çukurova University

Year 2017, , 89 - 92, 10.07.2017

Gökhan Tüccar , Erinç Uludamar

https://doi.org/10.26701/ems.321483

Cited By: 2

Abstract

After each central exam organized by OSYM (Measuring,
Selection and Placement Centre), traffic jam occurs since thousands of vehicles
of candidates and instructors enter into a two lane way, which is the only road
that combines the Çukurova University (ÇU) campus to city center, within a
short period of time. In order to organize traffic flow and reduce queue
lengths and vehicle delays occur in main roads, traffic signalization plays an
important role. There are number of simulation tools used in order to understand
traffic flow trend and minimize problems associated with vehicle concentration
such as CMEM, VISSIM, SYNCHRO, TRANSYT-7F and VISGAOST. Among them VISSIM comes
front which has the ability to simulate complex traffic flow and convert the
field data into processable mathematical values. In this study, VISSIM program
was used decide best signal timing in order to deal with traffic problem
created by vehicle concentration after central exams.

Keywords

Optimization, traffic signalization, VISSIM, emission

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