Event-driven approach to control design single phase inverter /

This paper introduces a new, systematic approach to the modeling of systems with discrete and non deterministic signals. Modeling of discrete event-drivensystems is based on matrix representation of Petri Nets. The discrete dynamics of such a system is then described by transferring such a system be...

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Main Authors: Polič, Aleš. (Author), Jezernik, Karel. (Author)
Format: Book Chapter
Jezik:English
Teme:
Sorodne knjige/članki:Vsebovano v: Proceedings
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008 040405s2004 ja |||||||||||||| ||eng c
040 |a KTFMB  |b slv  |c SI-MaIIZ  |d KTFMB  |e ppiak 
041 0 |a eng  |b eng 
080 |a 681.5 
100 1 |a Polič, Aleš.   |4 aut 
245 0 0 |a Event-driven approach to control design single phase inverter /   |c Aleš Polič, Karel Jezernik.  
300 |a Str. 613-618.  
504 |a Povzetek.  
504 |a Bibliografija: str. 618.  
520 |a This paper introduces a new, systematic approach to the modeling of systems with discrete and non deterministic signals. Modeling of discrete event-drivensystems is based on matrix representation of Petri Nets. The discrete dynamics of such a system is then described by transferring such a system between its specific discrete states, often known as modes. This is described using combination of algebraic and logic equations. To show the application of proposed approach, simulation results for the single phase DC/AC inverter are presented as well as experimental results for the second order element. Connecting introduced modeling approach with the sliding mode theory, overall functionality of the system can be described. This is important for the simulation, analysis and implementation of rare and expensive systems, where the target system does not allow the tradition al tryand fix implementation approach. 
653 0 |a enosmerni pretvorniki  |a modeliranje  |a simulacije 
653 0 |a single phase inverter  |a modeling  |a simulation 
700 1 2 |a Jezernik, Karel.   |4 aut 
773 0 |a International Workshop on Advanced Motion Control (8 : 2004 : Kawasaki)  |t Proceedings  |d Piscataway : IEEE, 2004  |w 8656406  |z 0780383001  |g Str. 613-618