Result Details
Simulation Model of the Traffic Light Crossing with Fuzzy Control
SCHWARZ, J.; PERINGER, P. Simulation Model of the Traffic Light Crossing with Fuzzy Control. Proceedings of MOSIS'99. Rožnov: Marq software s.r.o., 1999. p. 99-106. ISBN: 80-85988-33-X.
Type
conference paper
Language
English
Authors
Abstract
The paper deals with fuzzy system, which consists of the two parts - a simulation model based on the queue theory with set of variable parameters and a fuzzy controller.
Keywords
traffic light crossing, traffic load, simulation model, fuzzy system, fuzzy control
URL
Annotation
The paper deals with fuzzy system modeling of traffic flows on a traffic light crossing. The whole system consists of the two parts - a simulation model based on the queue theory with set of variable parameters and a fuzzy controller that allows to control the green/red lights switching according to real traffic loads of all the cross roads
Published
1999
Pages
99–106
Proceedings
Proceedings of MOSIS'99
Conference
33rd Spring International Conference Modelling and Simulation of Systems MOSIS'99
ISBN
80-85988-33-X
Publisher
Marq software s.r.o.
Place
Rožnov
BibTeX
@inproceedings{BUT191751,
author="Josef {Schwarz} and Petr {Peringer}",
title="Simulation Model of the Traffic Light Crossing with Fuzzy Control",
booktitle="Proceedings of MOSIS'99",
year="1999",
pages="99--106",
publisher="Marq software s.r.o.",
address="Rožnov",
isbn="80-85988-33-X",
url="http://www.fit.vutbr.cz/~schwarz/PDFCLANKY/mosis-99-ps.zip"
}
Projects
Research and Applications of Heterogenous Models, GACR, Standardní projekty, GA102/98/0552, start: 1998-01-01, end: 2000-12-31, completed
SIMLIB - simulační knihovna pro C++, BUT, Institucionální podpora na rozvoj výzkumné organizace, FIT-SIMLIB, start: 1991-11-08, end: 2029-12-31, running
SIMLIB - simulační knihovna pro C++, BUT, Institucionální podpora na rozvoj výzkumné organizace, FIT-SIMLIB, start: 1991-11-08, end: 2029-12-31, running
Research groups
System Modelling and Optimization Research Group (VZ MODSIM)
Departments