In this paper the authors analyze the interaction of road-safety and human factors to identify personality, attitude, ability and reliability of a driver.
In another research study conducted by Doniec et al. (2008), it is noted that the interaction of heterogeneous road users like vehicles, pedestrians, and cyclists make the road traffic a complex phenomenon.
For example, if the interaction of country, road user type and MAIS is found to be significant in a log-rate analysis of a three-dimensional Table describing the data, the parameter estimates of the model for countries can not be interpreted as country effects, but as contributions of the country effect to the second-order interaction.
Mechanism 5: Modification of interaction between equipped road users and non-equipped road users.
The interactions of the road surface deterioration and random dynamic vehicle loads might accelerate the fatigue damage accumulations and lead to serious fatigue failures when such damages increase to a certain limit.
For example, if the interaction of country and road user type is found to be significant, this would mean that injury under-reporting is not only significantly different between countries, but that the way countries differ varies between user groups.
The effect modification by sex was investigated using stratified analyses to test the interaction at nine frequencies of road traffic noise.
The analysis focuses on the interaction of wildfires with roads, railroads, and cities.
The goal of the study was to investigate the interaction between road lighting and car headlights at target detection distance.
Section 5 describes the modeling of obtained data, vehicle-type-wise behavior, variation of road width, interaction with multiple vehicles and use of obtained model.
The paper quantifies this to provide a more comprehensive and empirical understanding of road user interactions at active level crossings in a busy urban environment and shed light on a broader range of accident precursors.
