Modeling of the scanning transport detector in the VisSim package

Main Article Content

Oleh Denysenko
http://orcid.org/0000-0003-4942-4229

Abstract

The subject matter of the study is the scanning transport detector, which can be used for providing a modern level of the management and organization of motion on the urban road network. It allows to get information that characterizes the parameters of a separate vehicle motion and flow of transport as a whole in real time. The aim of the article is to study the laser scanning transport detector by the computer simulation methods. By the author are previously developed and patented the transort detector and the technologies of motion parameters light traffic regulation on block diagrams level. But the further processing of photodetector pulsed signals formation processes in order to obtain the desired motion parameters was not carried out. Results. The structure of transport detector fragment model for scanning a type case of the vehicle transit on two control zones was developed. The simulation package was chosen, the model of scanning detector work, embodied in the interactive virtual stand form, was developed and tested. It allows the quickly move from modeling to device realization of the investigated system. The subsystems of all scanning process components and measuring-computational operations modeling were developed. It was shown that separate parameters of vehicle motion determination according to the proposed technology is carried out with sufficient presicion. Conclusions. The simulation method confirms the expected functionality and shows the advantages of scanning technology proposed by the author, and devices for its realization. It can be a basis for futher research to create an experimental prototype of the intelligent traffic light system.

Article Details

Section
Information systems modeling
Author Biography

Oleh Denysenko, Kharkiv National Automobile and Highway University

candidate of technical sciences, associate professor of the department of transport systems and logistics

References

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