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This page includes:
Here is full list of my books and papers
My MATLAB books
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1. Mrozek B, Mrozek Z, " MATLAB uniwersalne środowisko do obliczeń naukowo -technicznych", podręcznik, 72 strony, Wydawnictwo Ago Kraków, 1994,
;2. Mrozek B, Mrozek Z, " MATLAB uniwersalne środowisko do obliczeń naukowo -technicznych", podręcznik, 261 stron, wydanie drugie rozszerzone, CCATIE, Kraków, 1995, ISBN 83-86547-06-5, [oraz] wydanie trzecie. Wydawnictwo PLJ Warszawa 1996
3. Mrozek B, Mrozek Z, MATLAB
5.x SIMULINK 2.x, Poradnik użytkownika, PLJ Warszawa 1998, 428 stron, ISBN
83-7101-376-0
companion software *.zip
4. Mrozek B, Mrozek Z, MATLAB
6, ISBN 83-7101-449-X, PLJ Warszawa 2001
spis tresci, PDF format,
116kB
companion software *.zip
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5. Mrozek B., Mrozek Z., MATLAB environment as CAEE tool , Proc. of 4-th Int. Conf. Computer Aided Engineering Education, ed. M. Chrzanowski, E.Nawarecki (CAEE'97), vol.2,pp.147-155, AGH Krakow, PDF format, 68kB
6. Mrozek Z., Programowanie obiektowo-zorientowane w MATLAB-ie 5.1, I Krajowa Konferencja Metody i Systemy Komputerowe w badaniach naukowych i projektowaniu inżynierskim (MSK'97), AGH Krakow 1997, pp.711-716
7. Uhl T., Bojko T., Mrozek Z., Szwabowski W., Sterowanie elastycznym ramieniem robota - szybkie prototypowanie i implementacja. I Krajowe Warsztaty Metod Szybkiego Prototypowania, Kraków, 26-27 listopad 1998
8. Uhl T, Bojko T, Mrozek Z,, Identification of flexible arm model parameters; in Modelling and Si mulation, A tool for next millenium, 13-th European Simulation Multiconference, ed Helena Szczerbicka, Vol.II pp 507-509, June 1-4,1999, Warsaw,
9. Mrozek B., Mrozek Z., Modelling and Fuzzy Control of DC drive (in MATLAB-SIMULINK environment), European Simulation Multiconference ESM 2000, track 7, May 23-26, Ghent,, str. 186-190., PDF format, 223kB
10. T. Uhl, T. Bojko, Z. Mrozek, W. Szwabowski, Rapid prototyping of mechatronic systems, Journal of Theoretical and Applied Mechanics, vol.38/3, str .655-668, 2000, PDF format, 255kB
11. Mrozek B., Mrozek Z., Projektowanie klasycznego i rozmytego układu sterowania napędu elektrycznego, Metody Sztucznej Inteligencji w Automatyzacji Procesów, pp 138-145, edytor L. Bukowski, Rabka, kwiecień 2000, Wyd. Politechnika Krakowska PDF format, 332kB
12. Mrozek Z., Tarasiewicz S., Attempting sliding mode controller to mobile robot arc welding process, pp:369-373, ed R.Tadeusiewicz, A.Ligęza, M.Szymkat III Krajowa Konf. Metody i Systemy Komputerowe, Kraków 19-21 list. 2001, PDF format, 206kB
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1. MATLAB, SIMULINK, STATEFLOW. http://www.mathworks.com, The MathWorks Inc.
2. ONT Krakow, MathWorks distributor In Poland
3. InteCo Krakow, designer of real time hardware and software compatible with Windows and Matlab
4. MATLAB books (1998, 2001) by Mrozek. B. & Mrozek Z. on MathWorks server. See companion software from my books for MATLAB 5 or MATLAB 6
Physical modelling with Modelica and Dymola
1. Booch G., Rumbaugh J., Jacobson I. The Unified Modelling Language User Guide, Addison Wesley, 1999
2. Elmqvist H., Mattsson S.E., Otter M., Object-Oriented and Hybrid Modeling in Modelica. ADPM 2000, Dortmund Germany, 2000; Journal Européen des systemes automatisés, 35,1/2001, pp. 1 a X. 2000
3. Fritzson P., et al..:The Open Source Modelica Project, Proceedings of the 2nd International Modelica Conference, , The Modelica Association 2002
4. Grega Wojciech, Sterowanie cyfrowe w czasie rzeczywistym, Wydawnictwa Wydziału EAIiE AGH Kraków, 1999.
5. Kerckoffs E.J.H., Vangheluwe H.L., Vansteenkiste G.C., Geril P., ESPIRIT IT Basic Research Working Group 8467 “Simulation in Europe – Working Group (SiE-WG), Progress Report 1995.
6. Mrozek Z, Komputerowo wspomagane projektowanie systemów mechatronicznych, Zeszyty Naukowe PK, Kraków 2002,
7. Uhl T. (ed.), Bojko T., Mrozek Z., Petko M., Szwabowski W., Korendo Z., Bogacz M., Wybrane problemy projektowania mechatronicznego, Wydawnictwo Katedry Robotyki i Dynamiki Maszyn, AGH Kraków 1999.
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Modelica and Dymola links:
1. Modelica®, A Unified Object-Oriented Language for Physical Systems Modeling, Language Specification, Version 2.0, http://www.Modelica.org/
2. Dymola, Dynamic Modelling Laboratory, http://www.dynasim.se
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UML (unified modeling language)
1.Booch, G. Rumbaugh, J. Jacobson I The Unified Modelling Language User Guide, Addison Wesley, 1999, WNT Warszawa 2000
2. Bruegge B, Dutoit A, Object-Oriented Software Engineering: Conquering Complex and Changing Systems, Prentice-Hall, 1999,
3. Douglas, B.P. Real-time UML: Developing Efficient Objects for Embedded Systems. Addison Wesley, 1998.
4. Douglas, B.P. Designing Real-time Systems with UML, Part I-III, Embedded Systems, March, April, May 1998.
5. McLaughlin Michael J., Moore Alan, Real-Time Extensions to UML, Timing, concurrency, and hardware interfaces, Dr. Dobb's Journal December 1998
6. Mrozek Z, UML as integration tool for design of the mechatronic system, in Second Workshop on Robot Motion and Control, pp 189-194, ed. Kozlowski K, Galicki M, Tchoñ K, Oct 18-20, 2001, Bukowy Dworek, Poland.
7. Mrozek Z, Mrozek B, Adjei O, Teaching object oriented software engineering with UML, 13-rd Annual Conf. on Innovations in Education for Electrical and Information Eng., York, 8-10 April 2002
8. Mrozek Z, Metodyka wykorzystania UML w projektowaniu mechatronicznym, pp.25-28, Pomiary Automatyka Kontrola 1, 2002.
9. Mrozek Z, Komputerowo wspomagane projektowanie systemów mechatronicznych, Zeszyty Naukowe PK, Kraków 2002,
10. Uhl T (editor), Wybrane problemy projektowania mechatro-nicznego, Katedra Robotyki i Dynamiki Maszyn, AGH 1999.
11. Uhl T, Bojko T, Mrozek Z, Szwabowski W, Rapid prototyping of mechatronic systems, Journal of Theoretical and Applied Mechanics, pp.655-668, vol.38.3, 2000
12. Uhl T, Mrozek Z, Petko M Rapid control prototyping for flexible arm, Preprints of 1-st IFAC Conference on Mechatronic Systems, vol II, pp 489-494, Darmstadt, September 18-20, 2000.
13. Uhl T System komputerowego wspomagania projektowania mechatronicznego, Pomiary Automatyka Kontrola Nr 1, pp.14-17, 2002
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UML links
1. OMG Unified Modeling Language Specification, ver. 1.4, Sept. 2001. (and other OMG: Object Management Group documents) http://www.omg.org
2. Rational Rose Suite,, Rational Rose RT and other software from Rational Software Corporation,
3. Real-time Studio, ARTiSAN Software Tools, Inc. July 2001,
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Quality in Education, my papers
1. Adjei Osei, Ali Mansour, Zbigniew Mrozek, Robert Sojka, Rebecca Vafadari: The Modular Credit Scheme: Organisation and Implementation w 'Komputerowe Wspomaganie [w:] Zarzadzania Uczelnia na poziomie Wydzialu, AGO Krakow 1996, ISBN~83-86547-11-1.
2. Mrozek B., Mrozek Z., MATLAB environment as CAEE tool , Proc. of 4-th Int. Conf. Computer Aided Engineering Education, ed. M. Chrzanowski, E.Nawarecki (CAEE'97), vol.2,pp.147-155, AGH Krakow, PDF format, 68kB
3. Mrozek Z, Osei Adjei , Ali Mansour Quality assurence in higher education, Proc. of 4-th Int. Conf. Computer Aided Engineering Education,ed. M. Chrzanowski, E. Nawarecki (CAEE'97), vol.2, pp.156-164, AGH Krakow, PDF format, 57kB
4. Z. Mrozek, B. Mrozek, Osei Adjei, Teaching object oriented software engineering with UML, 13-th Annual International Conference in Engineering Education, April 8-10, 2002, York, England PDF format, 43kB
5.
Z. Mrozek Quality assurence in eLearning using ISO 9000
family of standards, presentations on THEIERE Program Meeting in
Lappeenranta, March 7-9,2003, (PowerPoint
file)
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Links for distance eLearning and Quality in Education
ARIADNE , Aliance of Remote Instructional Authoring and Distribution Networks for Europe now it is Foundation for the European Knowledge Pool, Joint european academic consortium. Lausanne, Switzerland. ARIADNE foundation offers WBT authoring, delivery and management tools.
AICC(Aviation Industry Computer-Based Training Committee) , has been serving the aviation training industry since 1988
ACM (Aliance for Computing
Machinery) standard of curricula
BSI / ISO
CEN / ISS Europe
"CETIS(Centre
for Educational Technology Interoperability Standards). For learning
content, not only technical standards like graphics interchange formats are
needed, but also formats for the way in which the packaging, sequencing,
and other management of the software is handled, so that it can be transferred
between platforms and environments.
(EDEN) European Distance Education Network, hosted by the Budapest University of Technology and Economics, Hungary
IMS (Instructional Management System),
IMS Global Learning Consortium, Inc. is defining On-line Learning Specifications
and the internet architecture for learning , also
e-Learning Leaders form Coalition to Coordinate Activities
IEEE LTSA (Learning Technology
System Architecture)
LCMS (Learning Content Management System)
Open Knowledge Initiative, MIT
Schools Interoperability Framework
PROMETHEUS
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