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Development of a Traffic Density Estimation Algorithm with Simulation and Analysis of Lane-by-Lane Traffic Characteristics

Status

Complete

Project Timeline

August 1, 2016 - November 30, 2016

Principal Investigator

R. (Jay) Jayakrishnan

Sponsor & Award Number

KICT-KOREA: KICT-205627

Areas of Expertise

Infrastructure Delivery, Operations, & Resilience Intelligent Transportation Systems, Emerging Technologies, & Big Data

Team Departmental Affiliation

Civil and Environmental Engineering

Project Summary

Estimating traffic density is of critical importance to understand current traffic conditions. An algorithm for estimating traffic density using data from automobile sensors has a pivotal role in improving the accuracy of road congestion prediction technologies. Traditionally traffic density has been generalized at the link level. But the densities of individual lanes on a link vary when a road become congested, meaning that the congestion level has a correlation with density variations among individual lanes. This research will: - Develop a traffic density estimation algorithm for use with automobile sensor data - Analyze its effectiveness by using a microscopic simulation approach - Analyze lane-by-lane traffic variations according to congestion levels 

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