Applications of Petri networks to transportation network modeling
Applications of Petri networks to transportation network modeling
- New search for: Tzes, A.
- New search for: Kim, Seongho
- New search for: McShane, W.R.
- New search for: Tzes, A.
- New search for: Kim, Seongho
- New search for: McShane, W.R.
The development of a mathematical modular framework based on Petri network (PN) theory to model a traffic network is the subject of this paper. Traffic intersections are the primitive elements of a transportation network and are characterized as event-driven and asynchronous systems. Petri networks have been utilized to model these discrete event systems; further analysis of their structure can reveal information relevant to the concurrency, parallelism, synchronization, and deadlock avoidance issues. The Petri-net model of a generic traffic junction is presented, with its deadlock avoidance property proven. These modular networks are effective in synchronizing their components and can be used for modeling of an asynchronous large-scale transportation system. The derived model is suitable for simulations on a multiprocessor computer since its program execution safety is secured. The software pseudocode for simulating a transportation network model on a multiprocessor system is presented.
Document information
Applications of Petri networks to transportation network modeling
Anwendung von Petri-Netzen zur Modellierung von Transport-Netzwerken
IEEE Transactions on Vehicular Technology ; 45 , 2 ; 391-400
1996
10 Seiten, 36 Quellen
Article (Journal)
English
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