Publikace detail

Petriho síť s rozhodovacími přechody aplikovaná v rámci ABAsim architektury simulačního modelu

Autoři: Kavička Antonín

Rok: 2003

Druh publikace: článek ve sborníku

Název zdroje: Modelling and Simulation of Systems

Název nakladatele: MARQ

Místo vydání: Ostrava

Strana od-do: 373-380

Tituly:

Jazyk	Název	Abstrakt	Klíčová slova
cze	Petriho síť s rozhodovacími přechody aplikovaná v rámci ABAsim architektury simulačního modelu	Paper deals with an original new subclass of P/T Petri net called decision graph (inspired by marked graphs), which disposes of the following features. There are defined two kinds of transitions within decision graph: (i) simple parameterized transitions, which differ from standard ones so that the transition parameter determines how many transition-preset places have to contain tokens in order the transition could be fired ? in a standard case the transition is enabled only if all preset places dispose of tokens; (ii) decision parameterized transitions, which offer conditional token routing after them based upon interpretation of data related to current instances of tokens transiting those transitions. Decision graph enables flexible modeling of control strategies of agents (utilized within Agent-Based Architecture of simulation models - ABAsim), which was successfully applied within many real projects.	modelování, simulace, Petriho sítě, agentová simulace
eng	Petri Net with Decision Transitions Applied Within ABAsim Architecture of Simulation Model	Paper deals with an original new subclass of P/T Petri net called decision graph (inspired by marked graphs), which disposes of the following features. There are defined two kinds of transitions within decision graph: (i) simple parameterized transitions, which differ from standard ones so that the transition parameter determines how many transition-preset places have to contain tokens in order the transition could be fired ? in a standard case the transition is enabled only if all preset places dispose of tokens; (ii) decision parameterized transitions, which offer conditional token routing after them based upon interpretation of data related to current instances of tokens transiting those transitions. Decision graph enables flexible modeling of control strategies of agents (utilized within Agent-Based Architecture of simulation models - ABAsim), which was successfully applied within many real projects.	modelling, simulation, Petri nnets, agent-based simulation

Search

Přihlášení pro studenty

Přihlášení pro zaměstnance

Publikace detail

Katedry

Pracoviště

Jak nás najdete?

Služby

Často hledáte