Behavior of DEVS

The behavior of a given DEVS model is a set of sequences of timed events including null events, called event segments, which make the model move from one state to another within a set of legal states. ^[1]

9 relations: Behavior of coupled DEVS, Bernard P. Zeigler, DEVS, Event segment, Finite & Deterministic Discrete Event System Specification, Simulation algorithms for atomic DEVS, Simulation algorithms for coupled DEVS, SP-DEVS, Timed event system.

Behavior of coupled DEVS

DEVS is closed under coupling Zeigper84 ZPK00.

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Bernard P. Zeigler

Bernard P. Zeigler (born March 5, 1940, in Montreal) is a Canadian engineer, and emeritus professor at the University of Arizona, known for inventing Discrete Event System Specification (DEVS) in 1976.

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DEVS

DEVS abbreviating Discrete Event System Specification is a modular and hierarchical formalism for modeling and analyzing general systems that can be discrete event systems which might be described by state transition tables, and continuous state systems which might be described by differential equations, and hybrid continuous state and discrete event systems.

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Event segment

A segment of a system variable shows a homogenous status of system dynamics over a time period.

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Finite & Deterministic Discrete Event System Specification

FD-DEVS (Finite & Deterministic Discrete Event System Specification) is a formalism for modeling and analyzing discrete event dynamic systems in both simulation and verification ways.

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Simulation algorithms for atomic DEVS

Given an atomic DEVS model, simulation algorithms are methods to generate the model's legal behaviors which are trajectories not to reach to illegal states.

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Simulation algorithms for coupled DEVS

Given a coupled DEVS model, simulation algorithms are methods to generate the model's legal behaviors, which are a set of trajectories not to reach illegal states.

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SP-DEVS

SP-DEVS abbreviating "Schedule-Preserving Discrete Event System Specification" is a formalism for modeling and analyzing discrete event systems in both simulation and verification ways.

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Timed event system

The General System has been described in Zeigler76 and ZPK00 with the stand points to define (1) the time base, (2) the admissible input segments, (3) the system states, (4) the state trajectory with an admissible input segment, (5) the output for an given state.

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Redirects here:

Behavior of Atomic DEVS, Behavior of atomic DEVS, Behavior of devs, DEVS Behavior.

References

[1] https://en.wikipedia.org/wiki/Behavior_of_DEVS

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