USING MAX-PLUS ALGEBRA IN 2 SIGNALIZED CROSSROADS COORDINATION
Keywords:
koordinace, světelné řízení, Max-plus algebra, křižovatka, ScilabAbstract
The paper deals with the posibility of signalized crossroads coordination using Max-plus algebra. In the first part the problem is defined and a theoretical analysis of Max-plus algebra is given. In the next part of the paper the signalized crossroads coordination based on Max-plus algebra equations is developed. In the final part an evaluation is presented.
Downloads
Download data is not yet available.
References
(1) Technické podmínky TP 81. Navrhování světelných signalizačních zařízení pro řízení
provozu na pozemních komunikacích. Brno: CDV, Ministerstvo dopravy České republiky,
2006.
(2) ČERNÝ, J., KLUVÁNEK, P. Základy matematickej teórie dopravy. Bratislava: VEDA,
1991. 279 s. ISBN 8022400998.
(3) ANDERSEN, M. H. Max-plus algebra: properties and applications. 2002.
(4) BACELLI, F., COHEN, G., OLSDER, G. J., QUADRAT, J. P. Synchronization
and Linearity. 2001.
(5) Scilab. Dostupné z <http://www.scilab.org>.
provozu na pozemních komunikacích. Brno: CDV, Ministerstvo dopravy České republiky,
2006.
(2) ČERNÝ, J., KLUVÁNEK, P. Základy matematickej teórie dopravy. Bratislava: VEDA,
1991. 279 s. ISBN 8022400998.
(3) ANDERSEN, M. H. Max-plus algebra: properties and applications. 2002.
(4) BACELLI, F., COHEN, G., OLSDER, G. J., QUADRAT, J. P. Synchronization
and Linearity. 2001.
(5) Scilab. Dostupné z <http://www.scilab.org>.
Downloads
Published
2011-11-11
How to Cite
Turek, M. (2011). USING MAX-PLUS ALGEBRA IN 2 SIGNALIZED CROSSROADS COORDINATION. Perner’s Contacts, 6(3), 382–390. Retrieved from https://pernerscontacts.upce.cz/index.php/perner/article/view/887
Issue
Section
Articles
License
Copyright (c) 2020 Michal Turek
This work is licensed under a Creative Commons Attribution 4.0 International License.
