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Classification model to predict the gap acceptance behavior of drivers at a 4-legged unsignalized intersections.

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Modelling Gap Acceptance behavior of the driver at unsignalized intersections

Precise prediction of gap acceptance at uncontrolled road sections is important for developing real-time applications such as Advanced Warning and Safety System (AWSS). The paper applies and compares prediction results of three non-parametric models, namely, SVM, Decision tree and Random Forest algorithm.

This work was accepted as a full paper at the 8th International Conference on Ambient Systems, Networks and Technologies (ANT-2017) held in Madeira, Portugal. The publication can be accessed from Sciencedirect using this link.

Description of Contents:

DT.R: Implementation of Decision tree algorithm
svm.py: Implementation of Support Vector Machine and Ramdom Forest algorithm
roc.py: Plots the ROC curves for all the algorithms

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Rakshita

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Classification model to predict the gap acceptance behavior of drivers at a 4-legged unsignalized intersections.

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