Agent Simulation
______________________
CURRICULUM VITAE
Miklos N. Szilagyi
Professor of Electrical and Computer Engineering, University of Arizona
Education
1979 Hungarian Academy of Sciences D.Sc. (degree of exceptional distinction)
1965 Polytechnical University of Budapest D.Tech. Electrical Engng
1961-1965 Electrotech. University of Leningrad Ph.D., Electrical Engng
1954-1960 Polytechnical University of Leningrad M.S. (with honors) Engng Physics
Employment
1982- Dept of Electrical and Computer Engng, University of Arizona Professor
1981-1982 School of Applied and Engineering Physics, Cornell University Senior Scientist
1980-1981 Deutsches Elektronen-Synchrotron DESY, Hamburg Consultant
1971-1979 Dept of Physical Sciences, K. Kando College of Electrical
Engineering, Budapest Professor, Head
1971-1974 K. Kando College of Electrical Engineering, Budapest President
1966-1971 Laboratory of Electron Optics, Polytech University of Budapest Head
1966-1970 National Institute for Neurosurgery, Budapest Scientific Advisor
1960-1966 Research Institute for Technical Physics, Budapest Research Associate
1958-1960 Dept of Physical Electronics, Polytech University of Leningrad Research Assistant
Visiting Professorships:
2004 University of Auckland, Auckland, New Zealand
2004 University of Otago, Dunedin, New Zealand
2003 Lincoln University, Lincoln, New Zealand
2003 Research Institute for Technical Physics, Budapest, Hungary
1996-1997 Naval Command, Control and Ocean Surveillance Center, Research, Development, Test and Evaluation Division (NRaD), San Diego, CA
1988, -89, -90, -91 Computer Science Department, Aarhus University, Aarhus, Denmark
1988-89 Dept of Applied Physics, Delft Technological University, Delft, the Netherlands
1984 Department of Applied Physics, University of Heidelberg
1984 Max Planck Institute of Nuclear Physics, Heidelberg
1979-1981 Institute of Physics, Aarhus University, Aarhus, Denmark
1977 Computer Science Department, Stanford University
1977 Stanford Linear Accelerator Center, Stanford University
1976-1977 Department of Electrical Engineering, University of California, Berkeley
1976-1977 Lawrence Berkeley Laboratory, University of California, Berkeley
1976 Enrico Fermi Institute, University of Chicago
Honors
2005— Who’s Who in American Education
2005— Who’s Who in Science and Engineering
2002— Who’s Who in Engineering Education
2001— Who’s Who in America
1991— Who’s Who in American Education,
1990— Guide to Public Policy Experts
1986— Who’s Who in Technology Today,
1986— American Men and Women of Science,
1986— Who’s Who in the West,
1984— Who’s Who in Frontiers of Science and Technology,
1980— Who’s Who in the World,
1978 Who’s Who in Science in Europe,
1976-1977 UN Industrial Development Organization Fellow,
1964 Brody Prize of the L. Eotvos Physical Society.
Intramural Service (Since 1990 only)
2009— Member, Executive Committee, ECE Department, UofA
2000-- 2003 Member, Graduate Studies Committee, ECE Department, UofA
1997—1999 President, UofA Chapter, American Association of University Professors
1997—2000 Member, Undergraduate Studies Committee, ECE Department, UofA
1996— Member, Cognitive Science Graduate Interdisciplinary Program, UofA
1996 Member, Task Force on Shared Governance, University of Arizona
1995—1997 Member, Committee of Eleven, University of Arizona
1995— 2003 Senator, Faculty Senate, University of Arizona
1995— 2003 Teaching a First-Year Colloquium every semester
1994 Member, Provost’s Committee on Core Course in Natural Science
1994— 2000 Member, Conflict Resolution Working Group, University of Arizona
1992—1994 Member, Graduate Committee, ECE Department, University of Arizona
1990— Member, Applied Mathematics Graduate Interdisciplinary Program, UofA
Extramural Service (Since 1993 only)
A) Professional Service
Senior member, IEEE (Electron Devices Society, Education Society)
Member, American Physical Society (Particle Beams Division, Forum on Education)
Reviewer of numerous papers and books for professional journals and publishers
Reviewer of numerous grant proposals for the National Science Foundation and the International Science Foundation
B) Community Service
Numerous lectures to community groups
Numerous radio, television, and newspaper interviews
1995— Program director of several projects sponsored by the Arizona Humanities Council
1993— Member, University of Arizona Speakers’ Service
1993— President, The Tucson Institute
1993— 2003 Editor, The New Common Sense
1993— President, Common Sense Forum
Major Research Interests
Computer Simulation
N-Person Game Theory
Neural Networks
Artificial Intelligence
Particle Beams and Optics
Physical Electronics
Electromagnetics
Computer-Aided Design
Biomedical Engineering
Applied Physics
Applied Mathematics
Science and Education Policy, Management and Administration
Courses Taught (since 1982 only)
Artificial Intelligence
Knowledge Engineering
Neural Networks
Applied Physics
Electromagnetism (at various levels)
Physical Electronics (at various levels)
Electronic Packaging Engineering
Electronic Circuits
Microelectronics
Electron and Ion Optics
American Democratic Institutions
Electromagnetic Field Theory
Elements of Electrical Engineering
Laser Engineering
Analytical Methods in Electrical Engineering
Agent-Based Simulation
Videotaped Courses
Introduction to Artificial Intelligence
Electron and Ion Optics
Neural Networks
PUBLICATIONS
A. Scholarly Books and Monographs
1. Nagy, G. A. and Szilagyi, M., Introduction to the Theory of Space-Charge Optics,
Publishing House of the Hungarian Academy of Sciences, Budapest, l967. Monograph.
2. Nagy, G. A. and Szilagyi, M., Introduction to the Theory of Space-Charge Optics,
(Revised and expanded, foreword by Dennis Gabor), MacMillan & Halsted Press,
London-New York, 1974. Monograph.
Also published in Chinese
3. Selmeczi, K. and Szilagyi, M., Physics I., Technical Publishing House, Budapest, l975, 1979, 1983, 1994. Textbook.
4. Selmeczi, K. and Szilagyi, M., Physics II, Technical Publishing House, Budapest, 1977, 1979, 1983, 1994. Textbook.
5. Szilagyi, M. (General Editor), Encyclopedia of Physics, Technical Publishing House, Budapest, l977. Encyclopedia.
6. Szilagyi, M., Reduction of Aberrations of Electron Optical Systems, Hungarian Academy of Sciences, Budapest, l977. Monograph.
7. Szilagyi, M. (General Editor), Fachlexikon Physik, VEB Fachbuchverlag, Leipzig, l979. Encyclopedia.
8. Szilagyi, M., Algorithms, Programming and Mathematics, self-published. Monograph.
9. Szilagyi, M., Electron and Ion Optics, Plenum Publishing Corporation, New York, 1988. Monograph.
Also published in Russian, Mir Press, Moscow-Leningrad, 1991.
10. Szilagyi, M.: Neural Networks, Computer Science Department, Aarhus University, Aarhus, Denmark, 1989. Lecture Notes.
11. Szilagyi, M., How To Save Our Country: A Nonpartisan Vision for Change, Pallas Press, 1993. Monograph.
12. Szilagyi, M., The Story of My Times, Scribd, 2007-09.
B. Patents
1. Szilagyi, M., Quadrupole Electron Lens and Multipurpose Dodecapole Electron Lens, Hungarian Patent 2251, KA-1461, NSzO H 01 J 3/14 173.743, May 24, 1976.
2. Szilagyi, M., Composite Multipurpose Multipole Electrostatic Optical Structure and Synthesis Method for Minimizing Aberrations, US Patent 4,963,748, issued October 16, 1990.
C. Refereed Journal Articles
(123 articles and 50 contributions to international conferences; list of articles only and since 1988 only)
72. Szep, J. and Szilagyi, M.: A novel approach to the synthesis of electrostatic lenses with minimized aberrations.
IEEE Trans. Electron Devices, ED-35, 7, 1181-1183, 1988.
73. Ai Kecong and Szilagyi, M., Fifth-order relativistic aberration theory for electromagnetic focusing systems including spherical cathode lenses.
Optik 79, 1, 33-40, 1988.
74. Szilagyi, M. and Szep, J., Optimum design of electrostatic lenses.
J. Vacuum Science and Technology, B6, 3, 953-957, 1988.
75. Szilagyi, M. and Szep, J., Maximization of current densities in focused ion beams by automated electrostatic lens design.
The Electrochemical Society, Vol. 88-2, 663, Chicago, 1988.
76. Szilagyi, M., Neural networks with complex connection matrices. DAIMI PB-260, Computer Science Dept, Aarhus University, Aarhus, Denmark, 1988.
77. Szilagyi, M., A simple mathematical approach to human society. DAIMI PB-261, Computer Science Dept, Aarhus University, Aarhus, Denmark, 1988.
78. Szilagyi, M., Synthesis of electrostatic lenses by simulated annealing.
J. Applied Physics, 66, 10, 5087-5089, 1989.
79. Szilagyi, M., Mikkelsen, J. C. and Mortensen, K. H., Some new thoughts on neural networks with complex connection matrices. DAIMI PB-322, Computer Science Dept, Aarhus University, Aarhus, Denmark, 1990.
80. Szep., J. and Szilagyi, M., Improved automated lens design for liquid metal ion sources. J. Vacuum Science and Technology, A8, 5, 3758-3762, 1990.
81. Szilagyi, M. and Zell, C., Salvaging small science, Physics Today 43, 92-93, 1990.
82. Szilagyi, M., A neural network approach to the simulation of human society,
Quality and Quantity 25, 211-220, 1991.
83. Szilagyi, M., Synthesis of electron and ion optical columns,
J. Vacuum Science and Technology B9, 2617-2621, 1991.
84. Olson, D. and Szilagyi, M., Chromatic aberration of three-cylinder electrostatic lenses, Rev. Sci. Instrum., 63, 6, 3339-3345, 1992.
85. Cho, H. and Szilagyi, M., A simple approach to weak electrostatic quadrupole lenses,
Optik 97, 2, 81-85, 1994.
86. Szilagyi, M. and Salik, B., Neural networks with complex activations and connection weights, Complex Systems 8, 115-126, 1994.
87. Szilagyi, M. and Mui, P., Improved charge-density method for studying circular-plate multipole systems, J. Electron Microscopy 43, 5, 272-281, 1994.
88. Mui, P. and Szilagyi, M., Synthesis of monopole-and-quadrupole focusing columns,
J. Vacuum Science and Technology B12, 5, 3036-3045, 1994.
89. Szilagyi, M. and Cho, H., Optimization of electrostatic deflectors.
J. Vacuum Science and Technology B13, 1, 142-149, 1995.
90. Szilagyi, M. and Mui, P., Synthesis of focusing and deflection columns,
J. Vacuum Science and Technology B13, 2, 375-382, 1995.
91. Kelman, V. and Szilagyi, M., Electrostatic mass spectrometer,
Optik 99, 4, 187-190, 1995.
92. Mui, P. and Szilagyi, M., Improved focusing and deflection columns,
J. Vacuum Science and Technology B13, 4, 1496-1507, 1995..
93. Cho, H. and Szilagyi, M., Synthesis of electrostatic multielectrode deflectors.
J. Vacuum Science and Technology B13, 5, 1988-1993, 1995.
94. Szilagyi, M. and Mui, P., Symmetries in geometrical optics: theory.
J. Opt. Soc. America, A12, 12, 2753-2759, 1995.
95. Szilagyi, M. and Mui, P., Symmetries in geometrical optics: applications.
J. Opt. Soc. America, A12, 12, 2760-2766, 1995.
96. M. Szilagyi and H. Cho, Synthesis of Electrostatic Focusing and Deflection Systems.
J. Vacuum Science & Technology B15, 6, 1971-1982, 1997.
97. M. N. Szilagyi, Quantitative Relationships between Collective Action and Prisoners’ Dilemma, Systems Research and Behavioral Science, Vol. 17, pp.65-72, 2000.
98. M. N. Szilagyi and Z. C. Szilagyi, A Tool for Simulated Social Experiments, Simulation, Vol. 74, pp. 4-10, 2000.
99. Szilagyi, M. N., Solutions to Realistic Prisoners’ Dilemma Games, Proceedings of the 2001 IEEE Systems, Man, and Cybernetics Conference, TA12/2, 841-846, 2001.
100. Szilagyi, M. N. and Szilagyi, Z. C., Nontrivial Solutions to the N-Person Prisoners’ Dilemma, Systems Research and Behavioral Science, 19, 3, 281-290, 2002.
101. Szidarovszky, F. and Szilagyi, M. N., An Analytical Study of the N-Person Prisoners’ Dilemma, Southwest Journal of Pure and Applied Mathematics, 2002.
102. M. N. Szilagyi, Simulation of Multi-Agent Prisoners’ Dilemmas, Systems Analysis, Modelling, Simulation, Vol. 43, No. 6, pp 829-846, 2003.
103. M. N. Szilagyi, An Investigation of N-Person Prisoners’ Dilemmas, Complex Systems, Vol. 14, pp. 155-174, 2003.
104. M. N. Szilagyi, N-Person Prisoners’ Dilemmas, Cubo Matematica Educacional (Chile), Special Issue on Game Theory, Vol. 05, No. 03, pp. 469-499, 2003.
105. M. N. Szilagyi, J. Zhao, and F. Szidarovszky, A New Algorithm for the Solution of N-Person Prisoners’ Dilemmas with Pavlovian Agents, Pure Mathematics and Applications, Vol. 14, No.3, pp. 233-248, 2004.
106. M. N. Szilagyi, Computer Simulation of the N-Person Chicken Dilemma for Pavlovian Agents, Proceedings of the 11th International Symposium on Dynamic Games and Applications, pp. 980-985, Tucson, AZ, December 2004.
107. M. N. Szilagyi, From Two-Person Games to Multi-Person Social Phenomena,
Beszelo, Vol. 10, No. 6-7, pp. 87-98, 2005.
108. J. Zhao, F. Szidarovszky, and M. N. Szilagyi, An Agent-Based Simulation
Methodology for Analyzing Public Radio Membership Campaigns, Information Technology for Economics and Management, Vol. 3, No.1, pp. 1-34, 2005.
109. M. N. Szilagyi, Agent-Based Simulation of the N-Person Chicken Game,
Advances in Dynamical Games, Vol. 9, pp. 695-703, 2006.
110. M. N. Szilagyi and M. D. Jallo, Standing Ovation: An Attempt to Simulate Human Personalities,
Systems Research and Behavioral Science, Vol. 23, No. 6, pp. 825-838, 2006.
111. U. Merlone, F. Szidarovszky, and M. N. Szilagyi, Finite Neighborhood Games with Binary Choices, Proceedings of AMASES (Italian Applied Mathematics Conference), Trieste, Italy, September 2006.
112. J. Zhao, M. N. Szilagyi, and F. Szidarovszky, A Continuous Model of the N-Person
Prisoners’ Dilemma, Game Theory and Applications, Vol. 12, pp. 192-228,
2007.
113. U. Merlone, F. Szidarovszky, and M. N. Szilagyi, Finite Neighborhood Games with
Binary Choices, Mathematica Pannonica, Vol. 18, No. 2, pp. 205-217, 2007.
114. J. Zhao, F. Szidarovszky, and M. N. Szilagyi, Finite Neighborhood Binary Games: a
Structural Study, Journal of Artificial Societies and Social Simulation,
Vol. 10/3/3, pp. 13, 2007.
115. M. N. Szilagyi and I. Somogyi, Agent-Based Simulation of N-Person Games with Crossing Payoff Functions, Complex Systems, Vol. 17, pp.427-439, 2008.
116. J. Zhao, F. Szidarovszky, and M. N. Szilagyi, Repeated Prisoner’s Dilemma and Battle of Sexes Games: A Simulation Study, in Decision Modeling and Behavior in Complex and Uncertain Environments, T. Kugler, J. C. Smith, T. Conolly, and Y-J. Son, Editors. Berlin/New York: Springer Verlag, pp. 143-161, 2008.
119. Z. Hennyey and M. N. Szilagyi, SMYOZ: A New Induction Game, Journal of
Recreational Mathematics, Vol. 35, 1, pp. 44-51, 2009.
D. Invited Scholarly Presentations (Since 1984 only)
1984 Microelectronics Affiliates Workshop, Oracle, Arizona.
1984 Third Pfefferkorn Conference on Electron Optical Systems, Ocean City, MD.
1984 Design Optimization Institute and Software Workshop, University of Arizona
1985 Phoenix Conference on Computers and Communications, Phoenix, Arizona.
1985 International Symposium on Electron, Ion and Photon Beams, Portland, Oregon.
1985 11th IMACS World Congress on System Simulation and Scientific Computation, Oslo, Norway.
1986 Workshop on Micrometer and Submicrometer Lithography, Monterey, California.
1986 International Symposium on Electron Optics, Beijing, China.
1986 Xian Institute of Applied Optics, Xian, China.
1987 31st International Symposium on Electron, Ion and Photon Beams,
Woodland Hills, California.
1987 Japan-USA Seminar on Focused Ion Beam Technology and Applications, Osaka, Japan.
1988 1st International Symposium on Focused Ion Beam Technology, Chicago, IL.
1988 Odense University, Odense, Denmark.
1988 Danish Technical University, Lyngby, Denmark.
1988 Philips Research Laboratories, Eindhoven, The Netherlands.
1989 2nd Nordic Summer School on Neural Modeling and Computation, Uppsala, Sweden.
1989 Imperial College of Science and Technology, London, England.
1989 University of Bielefeld, Bielefeld, Germany.
1990 2nd USA-Japan Seminar on Focused Ion Beam Technology and Applications, Portland, Oregon.
1990 International Society for Hybrid Microelectronics, Tucson Chapter
1994 Neural Networks Workshop, University of Arizona, Tucson, AZ.
1994 Workshop on Ion Microbeams - Generation and Applications, Schloss Ringberg,
Germany.
1994 International Conference on Ethics and Legal Regulation of the Economy, Budapest, Hungary.
1996 “Computer Simulation of Human Decision Making in Uncertain Environments,”
NRaD Research Seminar, San Diego, CA .
1998 “Computer Simulation of Social Conflict Using Stochastic Cellular Automata,”
Space and Naval Warfare Systems Center, San Diego, CA.
1998 “Solutions to the Multiplayer Prisoners’ Dilemma Game,”
Space and Naval Warfare Systems Center, San Diego, CA.
1998 “The Fractal Nature of Large Organizations,”
Executive Steering Group of Space and Naval Warfare Systems Center Command, San Diego, CA.
2000 “Emergence of Cooperation in Large Stochastic Systems,”
College of Police Officers, Budapest, Hungary.
2000 “Computer Simulation of Biological and Social Dilemmas,”
Department of Biophysics, Central Research Institute of Physics, Budapest, Hungary.
2000 “New Results on Cooperation in Large Organizations,”
Executive Steering Group of Space and Naval Warfare Systems Center Command, San Diego, CA.
2003 University of Canterbury, Computer Science Department, Christchurch, New Zealand.
2003 Lincoln University, Lincoln, New Zealand.
2003 University of Technology, School of Finance & Economics, Sydney, Australia.
2004 University of Otago, Information Science Department, Dunedin, New Zealand.
2004 Victoria University of Wellington, School of Economics & Finance, Wellington, New Zealand.
2004 Victoria University of Wellington, School of Mathematical and Computing Sciences, Wellington, New Zealand.
2004 University of Auckland, Computer Science Department, Auckland, New Zealand.
2004 Massey University, Institute of Information and Mathematical Sciences, Auckland, New Zealand.
2004 Auckland University of Technology, School of Computer & Information sciences, Auckland, New Zealand.
2004 Research Institute for Technical Physics and Materials Science of the Hungarian Academy of Sciences, Budapest, Hungary.
2004 Aarhus University, Computer Science Department, Aarhus, Denmark.
Short Courses:
WORK IN PROGRESS
GRANTS (Since 1984 only)
1984 Bell Communications Research
$17,000.00
Principal Investigator
The future of VLSI technologies
1984-1987 National Science Foundation
$191,831.00 matched with additional $45,000.00 from the University of Arizona.
Principal Investigator
High-performance electrostatic lenses for ion beam lithography.
1987-1991 National Science Foundation
$255,000.00 matched with additional $10,000.00 from the University of Arizona.
Principal Investigator
Synthesis of ion optical systems.
1996-1997 American Society for Engineering Education
$29,399
Sabbatical support
1997 Naval Command, Control and Ocean Surveillance Center
$13,850
Computational equipment loan
2002 University of Arizona Foundation and the Office of Vice President for Research
$10,000
Software development for information and human influence propagation studies
Principal Investigator
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