%0 Computer Program
%A Mullakkal Babu, Freddy A
%A He, Xiaolin
%A Happee, R. (Riender)
%A Wang, Meng
%D 2021
%T Matlab codes for Probabilistic Field Approach for Motorway Driving Risk Assessment
%U https://data.4tu.nl/articles/software/Matlab_codes_for_Probabilistic_Field_Approach_for_Motorway_Driving_Risk_Assessment/14248895/1
%R 10.4121/14248895.v1
%K Road safety
%K Collision probability
%K Reachability analysis
%K Automated driving
%X This package contains scripts used in the article:<br>`Mullakkal-Babu, Freddy A., et al. "Probabilistic field approach for motorway driving risk assessment." Transportation research part C: emerging technologies 118 (2020): 102716.`<br>All the folders contain a `README.md` file with steps to use and detailed description of the folder contents. The generic description of the folder contents are as follows: ## Figures1-2+ This folder contains scripts used to create `Figure.1` and `Figure.2`. + Please follow the README file in the folder.<br>## singleStepPDRF+ This folder contains scripts for estimate single-step PDRF for a given trajectory pair. Here the trajectory pair is specified in .xls format+ The scripts were used to create `Figure.5`, `Figure.6` and `Figure.7`+ Please follow the README file in the folder.<br>## multiStepPDRF+ This folder contains scripts for estimate multi-step PDRF+ The scripts were used to create `Figure.3` and `Figure.12`. + Please follow the README file in the folder.<br>## SimulationBasedValidationStudy+ This folder contains scripts for estimate single-step PDRF for a given trajectory pair involved in a cut-in event.     These scipts can be used to generate variations of cut-in encounters and study the risk of these encounters as expressed by singleStepPDRF+ The scripts were used to create `Figure.8` and `Figure.9`.<br>
%I 4TU.ResearchData