32nd Spring International Conference
Modelling and Simulation of Systems
MOSIS logo
May 5-7, 1998



Hostýn, Czech Republic




1st Announcement and Call for Papers

Organized by

in cooperation with ASU, CSSS, EUROSIM, and SCS
The conference further continues in series of Moravo-Silesian professional meetings oriented towards advanced modelling and system simulation.

Organizing committee

  • M. Alexík (SK),
  • R. R. Babajan (Russia),
  • Z. Binder (F),
  • M.Češka (CZ),
  • G. Dobrowolski (PL),
  • D. Franke (D),
  • A. Grzech (PL),
  • T. Hruška (CZ),
  • A. Jávor (H),
  • E. Kindler (CZ),
  • J. Lauber (CZ),
  • Z. Rábová (CZ),
  • M. Šnorek (CZ),
  • V. Stoffová (SK),
  • J. Štefan, (CZ - Chairman),
  • M. Straškraba (CZ),
  • Y. Tanguy (F),
  • I. Vondrák (CZ),
  • R. Zobel (GB)
    •

    Participants are required to submit papers on the following topics:



    Notices

    Conference languages are English, Czech and Slovak. Send 3 copies of a full paper (max. 8 pages A4) to the conference program committee contact address. The presented results must be unpublished and not submitted for publication. Papers will be revieved. Authors will be notified of acceptance or rejection by March 1, 1998.

    Accepted papers will be published in the MOSIS'98 proceedings. Accepted paper in a specified format for the proceedings will be due March 31, 1998.

    Key dates:


    Contact address

    Jan Štefan
    Department of Computer Science and Engineering,
    FEEI VŠB - Technical University Ostrava

    třída 17. listopadu 15
    708 33 Ostrava
    Czech Republic

    mailto: Jan.Stefan@vsb.cz
    fax: +420-(0)69-6919597

    1st announcement and Call for Papers of the MOSIS '98 Conference + workshop ISM '98
    MOSIS '98 CFP in English (.rtf) + CFP of ISM '98 (.rtf)

    První oznámení a žádost o příspěvky na konferenci MOSIS '98
    MOSIS '98 česky (.rtf)


    Styles for proceedings of MOSIS'98

    All camera ready papers have to be prepared according to following typing patterns, either using of LaTeX or MS-Word.



    List of accepted papers: (in RTF format)
  • Adamko N. (Žilina): Spolupráca diskrétneho a spojitého simulačného jadra s modulom animacie
  • Azim N. A. - Pu H. - Nour Eldin H. A. - Grancharova A. - Zaprianov J. (Wuppertal): The l.i.p. Gymnastic-Method for link Parameter Identification for DSDPD Robot Type (Manutec R2)
  • Babajan R. (Moskva): Learning Model of Ship Passing
  • Beneš M. (Brno): Multiple Inheritance
  • Bojanowicz D. (Sosnowiec): A New Simulation Method of Self-Testing Digital Circuits for Computer System Based on INTEL Family Microprocessors
  • Borzemski L. - Porczynski R. (Wroclaw): Load Blancing for the Web Servers
  • Božek P. (Trnava): Simulácia zaťaženia radiaceho mechanizmu v laboratórnych podmienkach
  • Brunner J. - Šnorek M. (Praha): GOLOKO: An Artifical Neural Network Model for Recognition of Objects in a Picture
  • Cendelin J. - Hajšman V. (Plzeň): Systémová analýza jako východisko tvorby modelu
  • Cendelín J. (Plzeň): Modely jako nástroj řízení
  • Cenek P. (Žilina): Vizualizace a animace procesů v simulaci dopravních systémů
  • Czerwinska A. - Doros M. - Kolebska K. (Warszawa): Applying the Laplasian of Potentials in Simulation of Cardiac Field
  • Czerwinska A. - Doros M. (Warszawa): Simulation of Human Torso Models for Identification of Cardiac Electrical Field - a New Approach
  • Czerwinska A. - Doros M. (Warszawa): The Bounds of Inverse Cauchy Problem Solved by Computer Simulation
  • Čech V. - Jevický J. (Brno): Analýza vztahu mezi pravděpodobností úmrtí a pravděpodobnosti odchodu do důchodu z činné služby ze zdravotních důvodů vojenských profesionálů
  • Čech V. - Muller A. (Brno): Meze zvyšování podílu vysokoškolsky vzdělaných osob v populaci
  • Čech V. - Muller A. (Brno): Modelování počtu studenů na vysokých školách a jejich studijní prospěšnosti
  • Češka M. (Brno): Petri Nets in Information Systems Modelling
  • Čičák P. (Bratislava): The Use of Microprogram Petri Nets in the Microprogram Control Systems Modelling
  • Čulík J. (Praha): Software pro sestavení specializovaného simulačního systému
  • Daněk J. (Praha): Optimalizace v simulaci systémů diskrétních událostí
  • Dmochowski Z. (Bialystok): Simulation and Experimental Investigations of Nonlinear High-Current Measuring Transformers in Transient States
  • Dobrucký B. - Balažovič P. - Strpko F.: Some Experience of Neural- and Neural-Fuzzy Approach to controlled Solid State drive Simulation
  • Dodds S. J. - Vittek J. (London) - Vaňko D. (Žilina): Simulation Studies of New Forced Dynamic Control Law for Sensorless Induction Motor Drives
  • Dogaru O.C.(Timisoara): On the First Occurrence of a pattern in a Text
  • Drábek V. (Brno): Modelling of Safety-Critical Computer Systems
  • Durna M. - Zarzycki Z. (Szczecin): Simulation of Gas Flow Process Control in Vacuum Furnace
  • Dvorský J. - Snášel V. (Olomouc): Text Compression
  • Dvořák J. - Šeda M. - Vláčil T. (Brno): Job Scheduling with the Consideration of Transfer Batches
  • Dzvonkowski A. (Szcecin): Analysis of Changes in Reliability of Squirrel-Cage Induction Motors
  • Fussek M. - Macháček R. - Nevřiva P. (Ostrava): Modelování průchodu páry potrubím a ověření modelu na datech získaných v MCHZ
  • Fussek M. - Macháček R. - Srovnal V. (Ostrava): Matlab a jeho grafické možnosti v simulacích
  • Grebeníček F.(Brno):Data Coding for SDM
  • Grzech A. (Wroclaw): Information Technology - Enabler and Implementer of Business Proces Reengineering
  • Hanáček P. (Brno): Smartcard Based Payment Protocol
  • Hanta V. (Praha): Matrix Inversion during Simulation Run by means of Signal Flow Graphs
  • Havel M. (Brno): Visualization of Time Dependent Simulation Data
  • Herout P. - Racek S.(Plzeň): Simulační ověření návrhu FT průmyslového kontroleru
  • Hluchý L. - Chovanec V. (Bratislava): WaTor - neregulárny distribuovaný simulačný problém vo výkonnom distribuovanom prostredí
  • Hluchý L. - Šiška J. (Bratislava): Paralelný algoritmus rekonštrukcie objektov pre rtg tomografiu
  • Hroboň - Dlouhý M. (Praha): Evaluation of the Cost-Effectiveness of the New Therapy by the Markov Model
  • Jansky M. (Kosice): Niektore problemu pri navrhu datovej rukavice pre VR system
  • Jankovský M. (Brno): Using Modern Operating System Features in Real-Time Simulations
  • Janoušek V. - Vojnar T. (`Brno): Modelling a Flexible Manufacturing Systems
  • Ježek K.- Toncar V. (Plzeň): Experimental Deductive Database
  • Jura P. (Brno): Error Estimation of the Digital Measurement. A Simulation Approach
  • Klapka J. (Brno): Monitoring and Visualization of Deviations between the Real State and the Scheduled State of the Project
  • Kolář D. (Brno): Huge Component Modelling for System Design
  • Kolenčík P. (Brno): Resolving Conflicts in Classes Defined ba the Multiple Inheritance
  • Korčák Z. - Zendulka J. - Zezula P. (Brno): Signature Extraction Methods for Text
  • Kubátová H. (Praha): Petri Nets in Hardware Design
  • Kučera M. (Praha): Problematika vizualizace dat
  • Kunovský J. - Pospíšil P. - Sezemský P. (Brno): Optimization Computations in Transputer systems
  • Kwiatkowska W. - Kwiatkowski J. - Kawa K. (Wroclav): Evaluation of the Vascular Wall by the Computer Measurement System
  • Lauber J. (Praha): Graphic Design of Simulation Models and Animation in EZSIM
  • Lesniewska E.(Lodz): A Comparison of Results Obtained from 2D and 3D Comouting of Magnetic Field Distributions
  • Marček D. (Žilina): Market Sensitivity Statistics of Stock Attributes - Computational Formulas and Computer Processing
  • Marček D. (Žilina): Stock Price Prediction - Methods, Results and Computer Processing
  • Marušinec J. (Brno): Visualization for Simulation in Virtual Reality
  • Melkes F. (Brno): Numerical Experiments with the Taylor Series Method
  • Meňhart P. (Bratislava): TUTORIAL High Level Architecture: A new standart architecture for simulations (The High Level Architecture (HLA) for simulation is an initiative to provide a distributed arthitecture to support interoperability and reuse of simulations and their components) High Level Architecrure: nový standard pre architektúru simulačných systémov (High Level Architecture (HLA) je označenie, ktoréj cielom je vytvorenie standardu distribuovanej architektúry pre zabezpečenie vzájomnej prepojitelnosti a znovupoužitelnosti simulačných systémov)
  • Meňhart - Poleška (Bratislava): Simulation Model of Distribution Network for High-Speed Services
  • Mileczarek B. - Lubisz M. (Wroclaw): Data Collection Quality-Trouble Spot of Hospital Patient Management System
  • Molnárová M. - Spalek J. (Žilina): Fuzzy Logic-Based Comparison of Redundant Information
  • Muzikářová L. (Žilina): Track circuit simulation
  • Nagy P. (Žilina): The Modelling of Railway Interlocking Plants
  • Nalepa J. (Kraków): Simulation of Measurement Systems Using SIMULINK
  • Nern H.-J, - Bruns M. - Dziech A. - Nour Eldin H.A. (Wyppertal): Database Access Via an Internet Browser using Mobile Agents
  • Obluk K. (Brno): Transakce v OO modelu (předběžný názv)
  • Olšar L. (Žilina): Simulačný model systému obnovy ničených cestých mostov v období brannej pohotovosti štátu
  • Osis J. - Ivasiuta O. (Riga): Advanced Object-Oriented Modeling Techniques
  • Osis J. - Rusakov P. (Riga): Advanced Object-Oriented Programminig Languages: Ada´95, Java. C++ as the Tools for Information Systems Modeling
  • Pasek K. (Gliwice) - Kowalczyk Z. (Ruda..ska): Research on Heat Control System Using Training Installation and Programmable Controller
  • Pavlas Z. (Brno): 2C-Index: A Simple Access Method for Interval-Valued Keys
  • Petrovský V. - Zapletal T. - Hutyra M. (Ostrava): Simulace versus virtuální instrumentace
  • Rábová Z. - Bumbálek J. (Brno): Approximations of Stochastic Processes
  • Ratynska J. (Radom): A Conception of Inference Module and Natural Language Phrase Generation
  • Růžičková I. - Mikulášek K. - Kunovský J. (Brno): Finite Element Method and Taylor Series
  • Ryšánek M. (Brno): Congestion in High-Loaded Networks of Parallel Machines
  • Sehnal J. (Praha): Simulace typu hardware-in-the-loop v prostředí programu Matlab a Simulink
  • Serba I. (Brno): Visual Channel VR Modelling - Weakly Defined Systems (Modelování vizuálního kanálu VR - špatně definovaná úloha)
  • Schwarz J. (Brno): Fuzzy Traffic Light Controller
  • Snášel V. - Koutný T. (Olomouc): Fuzzy přístup při konstrukci signatur pro vyhledávání v textu
  • Sobota B. - Valigursky M. (Kosice): Real Time Visualising Kernel for Virtual Reality Applications
  • Sobota B. (Kosice): Classification of Virtual Reality Systems According to Dynamic Environment and Observer
  • Sobota B. - Hgwala B. (Kosice): Realtime SD Texture Mapping in Virtual Frame of Virtual Reality System
  • Stluka P. - Poživil J. (Praha): Optimalizace plánu víceproduktové vsádkové výroby pomocí tabu search heuristiky
  • Stluka P. - Poživil J. (Praha): Použití genetického algoritmu k optimalizaci plánu ví ceproduktové vsádkové výroby
  • Stoffová V. (Nitra): Možnosti vizualizácie didaktických modelov a animacia simulovaných procesov a javov
  • Šolc F. (Brno): Friction Modelling and Compensation
  • Šotek K. (Pardubice): Simulační model při tvorbě časových rozvrhů v dopravě (II)
  • Šťastný P. (Brno): Formální přístupy ke grafickému popisu simulačních modelů
  • Švorc P. (Žilina): Algoritmy transformácie súprav v modelovaní premiestňovacích procesov
  • Tobiáš P. - Kunovský J. (Brno): Exact and fat electrical and Electronic Circuits Simulations
  • Vasileva S. (Sofia): Fuzzy and Neuro-Fuzzy Modeling and Simulation of Complex Systems by MATLAB
  • Vašátko J. (Brno): Simulation and Formal Verification using Spin
  • Vdovják R. (Žilina): The Agent Oriented Simulation Kernel
  • Vlček K. (Ostrava): FPGA Synthetis with VHDL Support
  • Vondrák I. (Ostrava): Cellular Process
  • Wiak S. - Komeza K. - Dems M. (Lodz): Electronic Field and Parameters Modelling in Induction Motors by means of FEM
  • Wiak S. - Welfle H. - Komeza K. - Dems M. (Lodz): Electromagnetic Field Modelling of Electromagnetic Devices by Use of OPERA 3-D Code
  • Zapletal T. - Petrovský V. - Hutyra M. (Ostrava): Návrh simulace číslicového filtru v Prostředí LabVIEW
  • Zarzycki Z. (Szczecin): Simulation of Transient Flows in Turbulent Liquid Lines
  • Zaťko M. (Žilina): VirtuOS - nástroj pre simuláciu procesov v koľajovej doprave
  • Zbořil F. (Brno): Sparse distributed Memory and Restricted Coulomb Energy Classifier
  • Zemánek P. (Praha): Modeling of Performance Aspects of Multitasking Operating System (UNIX)
  • Zendulka J. (Brno): Mapping a Relational to an Object-Oriented Schema
  • Zítek P. - Bíla J. - Kuchař P. (Praha): Model variability parametrů kardiovaskulárního systému jako důsledku jeho řízení
  • Žilka Z. - Braun J. - Berka Z. (Praha): Behavioral Modeling of IC Devices Input/Output (I/O) Analog Characteristics