Controlled Triangular Batches Petri Nets for hybrid mesoscopic modeling of traffic road networks under VSL control

Radhia Gaddouri (1) , Leonardo Brenner (1) , Isabel Demongodin (1)

1 LSIS - Laboratoire des Sciences de l'Information et des Systèmes

In the discrete event and hybrid systems theory, Batches Petri Nets (BPN) have been defined as an extension of Hybrid Petri nets for representing in a single node a linear relation between flow and density. This formalism and its extensions allow us to delay flows according to accumulation phenomena. Applied to mesoscopic modeling of traffic road networks, Triangular Batches Petri Nets (TBPN) have been defined as a triangular flow-density relation, allowing the representation of traffic congestion/decongestion phenomena. When variable speed limit (VSL) control is applied on the traffic road networks, i.e., a method that improves the traffic conditions by the reduction of congestion, Controlled Triangular Batches Petri Nets (CTBPN) can be used for analyzing such phenomena. In this paper, we present the hybrid formalism defined in CTBPN, i.e., the hybrid behavior of a batch in free, congestion or decongestion behavior. As an illustrative example, the congestion/decongestion phenomena on a road section and the impact of a VSL control are shown

Domains: Computer Science [cs]; Modeling and Simulation; Computer Science [cs]; Systems and Control [cs.SY]

Radhia Gaddouri, Leonardo Brenner, Isabel Demongodin. Controlled Triangular Batches Petri Nets for hybrid mesoscopic modeling of traffic road networks under VSL control. 2016 IEEE International Conference on Automation Science and Engineering (CASE), Aug 2016, Fort Worth, United States. pp.427-432. ⟨hal-01997510⟩