|title = [[Issue:Modelling of a stochastic universal sampling selection operator in genetic algorithms using generalized nets]]
|title = [[Issue:Modelling of a stochastic universal sampling selection operator in genetic algorithms using generalized nets|Modelling of a stochastic universal sampling selection operator in genetic algorithms using generalized nets]]
|title = [[Issue:A generalized net model for analysis of students evaluations by data mining techniques in the digital university|A generalized net model for analysis of students evaluations by data mining techniques in the digital university]]
|title = [[Issue:A generalized net model for analysis of students evaluations by data mining techniques in the digital university|A generalized net model for analysis of students evaluations by data mining techniques in the digital university]]
|title = [[Issue:Generalized net models of the process of ant colony optimization with intuitionistic fuzzy estimations|Generalized net models of the process of ant colony optimization with intuitionistic fuzzy estimations]]
|title = [[Issue:One generalized net model for estimation of decisions for PIM-algorithm in
|title = [[Issue:One generalized net model for estimation of decisions for PIM-algorithm in crossbar switch node|One generalized net model for estimation of decisions for PIM-algorithm in crossbar switch node]]
crossbar switch node|]]
|authors = [[Tasho Tashev]], [[Valeri Gochev]]
|authors = [[Tasho Tashev]], [[Valeri Gochev]]
|pages = 51—58
|pages = 51—58
}}
}}
{{journal-contents/row
{{journal-contents/row
|number = 11
|number = 10
|title = [[Issue:GN model of scheduling patients' medical examinations|GN model of scheduling patients' medical examinations]]
|title = [[Issue:GN model of scheduling patients' medical examinations|GN model of scheduling patients' medical examinations]]
|title = [[Issue:Intuitionistic fuzzy estimation of damaged packets with multilayer perceptron|Intuitionistic fuzzy estimation of damaged packets with multilayer perceptron]]
|title = [[Issue:Intuitionistic fuzzy estimation of damaged packets with multilayer perceptron|Intuitionistic fuzzy estimation of damaged packets with multilayer perceptron]]
|authors = [[Ivelina Vardeva]], [[Sotir Sotirov]]
|authors = [[Ivelina Vardeva]], [[Sotir Sotirov]]
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}}
}}
{{journal-contents/row
{{journal-contents/row
|number = 13
|number = 12
|title = [[Issue:GN IDE - A software tool for simulation with generalized nets|GN IDE - A software tool for simulation with generalized nets]]
|title = [[Issue:GN IDE - A software tool for simulation with generalized nets|GN IDE - A software tool for simulation with generalized nets]]
Centre of Biomedical Engineering, Bulgarian Academy of Sciences, and
Section "Informatics" of the Union of Scientists in Bulgaria.
The aim of the workshop is to gather specialists interested in generalized nets and give them floor for discussions on theoretical and practical aspects of this relatively new area of Petri net theory.
Conference chairman
Krassimir Atanassov (Bulgaria), Anthony Shannon (Australia)
Members of Programme Committee
Maia Angelova (UK), Panagiotis Chountas (UK), Elia El-Darzi (UK), Stefan Hadjitodorov (Bulgaria), Janusz Kacprzyk (Poland), Taekyun Kim (South Korea), Maciej Krawczak (Poland), Pedro Melo-Pinto (Portugal), Eulalia Szmidt (Poland)