2013Unpublished venueRequires access

Verification of Vehicle Acceleration Behaviors UsingMicroscopic Traffic Simulation Model

Hiroyuki Oneyama, Asako Kikuchi, Masao Kuwahara

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Abstract

This study proposes a method for verifying vehicle acceleration behaviors using a microscopic traffic simulation model to evaluate traffic CO₂ emissions. Although methods for verifying microscopic vehicle motion data such as vehicle positions and speeds have been proposed, no well-defined method for verifying acceleration behaviors has been proposed. In the study, probe vehicle data (from Tokyo’s Komazawa-dori) and simulation outputs were classified into four driving modes on the basis of vehicle behavior, and investigations were conducted for each mode. The findings demonstrate that the differences in the acceleration behavior between probe vehicle data and simulation outputs influence the CO₂ emission quantities.

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What this paper is about

This study proposes a method for verifying vehicle acceleration behaviors using a microscopic traffic simulation model to evaluate traffic CO₂ emissions. Although methods for verifying microscopic vehicle motion data such as vehicle positions and speeds have been proposed, no well-defined method for verifying acceleration behaviors has been proposed. In the study, probe vehicle data (from Tokyo’s Komazawa-dori) and simulation outputs were classified into four driving modes on the basis of vehicle behavior, and investigations were conducted for each mode. The findings demonstrate that the differences in the acceleration behavior between probe vehicle data and simulation outputs influence the CO₂ emission quantities.

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Available abstract

This study proposes a method for verifying vehicle acceleration behaviors using a microscopic traffic simulation model to evaluate traffic CO₂ emissions. Although methods for verifying microscopic vehicle motion data such as vehicle positions and speeds have been proposed, no well-defined method for verifying acceleration behaviors has been proposed. In the study, probe vehicle data (from Tokyo’s Komazawa-dori) and simulation outputs were classified into four driving modes on the basis of vehicle behavior, and investigations were conducted for each mode. The findings demonstrate that the differences in the acceleration behavior between probe vehicle data and simulation outputs influence the CO₂ emission quantities.

Key concepts: Acceleration, Traffic simulation, Simulation, Automotive engineering, Computer science, Mode (computer interface), Basis (linear algebra), Engineering

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