Journal of Advanced Transportation / 2020 / Article / Tab 1 / Research Article
Collective Risk Ranking of Highway Segments on the Basis of Severity-Weighted Crash Rates Table 1 Highlights on Crash Risk Analysis (in chronological order).
Author Domain Methodology Chiou and fu [9 ] Joint models Multinomial-generalized Poisson joint model with error components. Sugiyanto et al. [10 ] Collective risk Upper Control Limit (UCL) for hotspots with equivalent accident number. Ouni and Belloumi [11 ] Risk factors Multinomial logit model to identify factors affecting severity. Ripley’s K-function and kernel density estimation (KDE) for vulnerable road users (VRUs) clusters. Xu et al. [12 ] Risk factors crash severity A sequential logistic regression model with random parameters for multiple collision angles. Feng et al. [13 ] Risk factors Real-time experiment on the psychological and behavioral changes of drivers in longitudinal underpass segments. Wen et al. [14 ] Spatial correlation crash rate A Poisson-based model with spatial conditional autoregressive priors (CAR) for crashes within adjacent road segments. Zeng et al. [15 ] Spatial correlation crash severity Bayesian generalized ordered logit model with CAR prior spatial term, fixed parameters, and flexible thresholds. Ulak et al. [16 ] Spatial correlation crash rate Getis-Ord G i ∗ and local Moran’s I distance-based spatial weights with crash prediction accuracy index (CPAI). Wang et al. [17 ] Risk factors A questionnaire-based study on risk perception among cyclists, and the major influencing factors in the prediction of risky behaviors.