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Leader–follower identification with vehicle-following calibration for non-lane-based traffic

8Citations signalées — pas une note de qualité
6Institutions déclarées
4Pays d’affiliation déclarés

Résumé fourni par la source

Most car-following models were originally developed for lane-based traffic. Over the past two decades, efforts have been made to calibrate car-following models for non-lane-based traffic. However, traffic conditions with varying vehicle dimensions, intermittent following, and multiple leaders often occur, making subjective Leader–Follower (LF) pair identification challenging. In this study, we analyze Vehicle Following (VF) behavior in traffic with a lack of lane discipline using high-resolution microscopic trajectory data collected in Chennai, India. The paper’s main contributions are threefold. Firstly, three criteria are used to identify LF pairs from the driver’s perspective, taking into account the intermittent following, lack of lane discipline due to consideration of lateral separation, and the presence of in-between vehicles. Secondly, the psycho-physical concept of the regime in the Wiedemann-99 model is leveraged to determine the traffic-dependent “influence zone” for LF identification. Thirdly, a joint and consistent framework is proposed for identifying LF pairs and estimating VF parameters. The proposed methodology outperforms other heuristic-based LF identification methods from the literature in terms of quantitative and qualitative performance measures. The proposed approach can enable robust and more realistic LF identification and VF parameter calibration with practical applications such as level of service (LOS) analysis, capacity, and travel time estimation. • Identification of Leader–Follower (LF) pairs in non-lane-based traffic conditions. • Joint and consistent calibration of LF identification and Vehicle-Following parameters. • Consideration of traffic regime, interfering vehicles, and lateral spacing. • Traffic regimes identification using the psychophysical Wiedemann-99 model.

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Contrôle bibliographique ouvert

DOI retrouvé dans Crossref DOI retrouvé ; titre concordant.

Titre Crossref
Leader–follower identification with vehicle-following calibration for non-lane-based traffic
Date Crossref
01/02/2025
Éditeur
Elsevier BV
Type
journal-article

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Institutions déclarées

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Sujets associés

Traffic control and managementAutonomous Vehicle Technology and SafetyTraffic Prediction and Management Techniques

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