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The General System has been described by Zeigler^[1]^[2] with the standpoints 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 a given state.

A Timed Event System defining the state trajectory associated with the current and event segments came from the class of General System to allows non-deterministic behaviors in it.^[3] Since the behaviors of DEVS can be described by Timed Event System, DEVS and RTDEVS is a sub-class or an equivalent class of Timed Event System.

^ Zeigler, Bernard (1976). Theory of Modeling and Simulation (first ed.). New York: Wiley Interscience.
^ Zeigler, Bernard; Kim, Tag Gon; Praehofer, Herbert (2000). Theory of Modeling and Simulation (second ed.). New York: Academic Press. ISBN 978-0-12-778455-7.
^ Hwang, Moon H. (2012). Qualitative Verification of Finite and Real-Time DEVS Networks. Proceedings of 2012 TMS/DEVS. Orlando, FL, USA. pp. 43:1–43:8. ISBN 978-1-61839-786-7.