We propose a modification of the widely known Benjamin-Johnson-Hui (BJH) cellular automaton model for single-lane traffic simulation.
Aug 28, 2010 · In particular, our model includes a 'slow-to-stop' rule that exhibits more realistic microscopic driver behaviour than the BJH model. We present ...
We propose a modification of the widely known Benjamin–Johnson–Hui (BJH) cellular au- tomaton model for single-lane traffic simulation.
A Cellular Automaton Model for Car Traffic with a Slow-to-Stop Rule
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Abstract. We propose a modification of the widely known Benjamin-. Johnson-Hui (BJH) cellular automaton model for single-lane traffic simulation.
This work proposes a modification of the widely known Benjamin-Johnson-Hui cellular automaton model for single-lane traffic simulation that includes a ...
In particular, our model includes a 'slow-to-stop' rule that exhibits more realistic microscopic driver behaviour than the BJH model. We present some statistics ...
The slow-to-stop rule is based on the fact that when drivers see a traffic jam or congestion ahead, they start decelerating to avoid collision. Note that these ...
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Analysis of a cellular automaton model for car traffic with a slow-to-stop rule · Adam Clarridge, K. Salomaa · Published in Theoretical Computer Science 1 August ...
A Cellular Automaton Model for Car Traffic with a Slow-to-Stop Rule · List of references · Publications that cite this publication.