Issues in Intuitionistic Fuzzy Sets and Generalized Nets/05

Issues in Intuitionistic Fuzzy Sets and Generalized Nets, Volume 5 contains selected papers presented at the Fifth International Workshop on Intuitionistic Fuzzy Sets and Generalized Nets, held on 16 September 2005 in Warsaw, Poland. It is printed under ISBN 978-83-88311-90-1.

Contents

Number Title Author(s) Pages 1 Algebraic aspect of the generalized net theory. Part 5 Krassimir Atanassov 1—9 2 A generalized net model of users' traffic in a telecommunication system with blocking and heterogeneous subscribers Krassimir Atanassov, Stefan Dantchev, Stoyan Poryazov 10—24 3 Generalized net model of tutoring system Daniela Orozova 25—34 4 Generalized net modelling of workflow in tasks processing and tracking systems Eulalia Szmidt, Desislava Peneva, Violeta Tasseva, Krassimir Atanassov 35—45 5 Generalized net model of e-Learning evaluation with intuitionistic fuzzy estimations Anthony Shannon, Daniela Orozova, Evdokia Sotirova, Krassimir Atanassov, Maciej Krawczak, Pedro Melo-Pinto, Taekyun Kim 46—53 6 Generalized net model of aggregation algorithm for intuitionistic fuzzy edtimates of classification Ludmila Todorova, Peter Vassilev, Peter Georgiev 54—63 7 Generalized net model of thermochemical decomposition of phosphogypsum using the products from the incomplete combustion of natural gas with oxygen enriched air Ketty Peeva, Yordan Kyosev 64—71 8 Generalized net model of the work of transmits routines of the bluetooth interface. Part 1 Sotir Sotirov 72—77 9 Generalized net model of the work of transmits routines of the bluetooth interface. Part 2 Sotir Sotirov 78—86 10 On the modelling of genetic networks with generalized nets Janusz Kacprzyk, Maia Angelova, Peter Vassilev, Violeta Tasseva, Pavel Tcheshmedjiev, Ilza Pajeva, Krassimir Atanassov 87—96 11 A generalized net analyzing fuzzy petri nets Valeri Gochev 97—108 12 Review of uncertainty schools of thoughts and data representation Panagiotis Chountas 109—128 13 Generalized net model of the Grossberg neural networks. Part 2 Sotir Sotirov, Vassilis Kodogiannis 129—137