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Research
- Publications
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Dr. Basile Panoutsopoulos
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Statement
of Research Plan by Basile Panoutsopoulos, PhD |
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Dear
Members of the search committee:
The
function of a college teacher is to transmit the scientific knowledge
and increase it too through scholarly activities. For my part, I plan to
continue advancing the scientific knowledge, in my area of expertise,
through Research. The research will be conducted with my students. The
results will be reported in conferences and professional journals
through papers coauthored by the students and myself. |
Establishing
the necessary background to sustain a research environment: |
In
order to realize my plans, I shall:
Establish
an undergraduate pair of Teaching and Research laboratories in my area
of expertise for the needs of undergraduate students:
| Undergraduate
Electromagnetics and Applications Teaching Laboratory. |
| Undergraduate
Electromagnetics and Applications Research Laboratory. |
Establish
a graduate pair of Teaching and Research laboratories in my area of
expertise for the needs of graduate students:
| Graduate
Electromagnetics and Applications Teaching Laboratory. |
| Graduate
Electromagnetics and Applications Research Laboratory |
The
same physical space can house all four laboratories. I prefer the
undergraduate students to work in the same space with the graduate
students because this arrangement will benefit the students; the senior
students will transmit to the junior students and to each other the
knowledge accumulated, such as the operation of various equipment
available in the laboratory, and the projects supported and under
consideration. Additionally, undergraduate students will be exposed to
graduate research and I expect to win a few of them to continue for
graduate studies.
The
laboratories will be established, furnished and equipped through funds I
will seek from, the University, the State, The Federal Government,
various Agencies, Companies, and the local industry. I give special
attention in developing a close long-term relationship with the local
industry because I expect to get from it:
| Students to complete
their studies. |
| To further their
studies. |
| To work projects of
common interest. |
| To get donations of
equipment. |
| To conduct in house
courses. |
A
modern engineering laboratory will not be complete if it is not equipped
with personal computers that run simulation software. The construction
of a prototype is a time consuming and expensive proposal. A
simulation-based study of feasibility is desirable before the
construction of a prototype. A number of software packages are available
in various aspects of Electromagnetics. I am very familiar with this
process because I have been the manager of the Virtual Test Facility (VTF),
which is a simulation laboratory, for the past six years. Companies
provide heavy discounts to the professional versions of their products,
or they make available, free of charge, light versions of their software
packages that are adequate for the needs of a course, both lecture and
laboratory. |
Current
Status of my Research Interests: |
My
research falls into two related but different broad areas: Educational
and Technical.
| Educational: |
With respect to the
educational topics, I am interested in educational methods of
disseminating the knowledge, effectively and productively. I have
written a number of educational papers and I have a number of them under
development.
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B.
Panoutsopoulos. Lecture and Laboratory - Analysis and Synthesis: An Integrated
Approach. American Society for Engineering Education. Middle
Atlantic Section 1994 Fall Meeting.
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B.
Panoutsopoulos. Simulation of Digital Logic Gates and Generation of Timing Diagrams
and Truth Tables. International Conference on Simulation in
Engineering Education. 1994.
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B.
Panoutsopoulos. A Computer Aided Approach to Synthesis and Simulation in Design
Projects. American Society for Engineering Education. Middle
Atlantic Section 1993 Fall Meeting.
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B.
Panoutsopoulos. Conservation of Energy: Illustration Through the Operation of a Roller
Coaster on a Cosinusoidal Track. Applied Mathcad. Vol. 2, No
3, Fall 1993.
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B.
Panoutsopoulos. Analog
Simulation Using a Personal Computer. Computers in Education '91.
Conference New Orleans, LA.
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I have authored two
chapters of a forthcoming Handbook of Applied Electrical Engineering,
published by IEEE Press / Wiley.
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B.
Panoutsopoulos. Standards and Calibration in IEEE
Press/Wiley Handbook of Applied Electrical Engineering.
Submitted for review. To be published in 2005.
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B.
Panoutsopoulos. Error Analysis in IEEE Press/Wiley Handbook of Applied Electrical
Engineering. Submitted for review. To be published in 2005.
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I have ready the
first draft of an undergraduate book in Electromagnetics. I am looking
for the Academic environment that will allow me to complete it. The
three parts of the book reflect my philosophy of Lecture – Recitation
– Laboratory.
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B.
Panoutsopoulos.
Classical Electromagnetic Theory and Practice. - Textbook.
Under preparation.
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B.
Panoutsopoulos.
Classical Electromagnetic Theory and Practice. – Student’s
Solution Manual. Under preparation.
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B.
Panoutsopoulos. Classical Electromagnetic Theory and Practice. - Experiments.
Under preparation.
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I have given a number of in house
presentations at the NUWC. I plan to organize a Departmental or School
weekly or Monthly Colloquium and invite people that will present topics
that will benefit students and instructors.
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B.
Panoutsopoulos. Principles of Error Analysis. Brown Bag Seminar. Electromagnetics
Department. Thursday 24th February 2005. Mezzanine.
Building 1319.
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B.
Panoutsopoulos. Fractal
Antennas: Theory and Applications. Brown Bag Seminar.
Electromagnetics Department. Thursday 9th January 2003.
Mezzanine. Building 1319.
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I
have been an occasional Reviewer for a number of Magazines.
I
have been an evaluator for the Small Business Innovative Research (SBIR)
program of the Space and Naval Warfare Systems Command (SPAWAR) for the
past five years.
| Technical: |
With
respect to the technical topics, I am interested in modeling the
physical word and through that understand the behavior of Nature. I see
Mathematics as the language of Nature, and Nature as the field to speak
Mathematics. I have published a number of papers on modeling a Two Dye
Mixture Laser operating near the infrared based on my graduate research.
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M.
Ali, B. Panoutsopoulos, S. A. Ahmed. Potential
and Limitations of Energy Transfer Processes in Pulsed and CW Dye
Laser Mixtures: Comparison of Theory and Experiments. Journal
of Applied Optics. Vol. 31, No. 33, pp. 1100-1107, 20 November
1992.
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B.
Panoutsopoulos, M. Ali,
S. A. Ahmed. Experimental
Verification of a Theoretical Model for Continuous Wave Energy
Transfer Dye Mixture Lasers in the Near Infrared. Journal of
Applied Optics. Vol. 31, No. 9, pp. 1213-1216, 20 March 1992.
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M. Ali, B.
Panoutsopoulos, S. A. Ahmed. On
the Feasibility of Generating Argon CW Laser Pumped Energy
Transfer Dye Laser Emission in the Near IR Spectral Region.
Journal of Applied Optics. Vol. 30, No. 3, pp. 312-316, 20 Jan.
1991.
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B.
Panoutsopoulos, M. Ali,
S. A. Ahmed. CW Energy Dye
Laser in the Near Infrared, Simulation and Experimental Results.
CLEO '91. Proceedings, Session CTHR3, pp. 429-430, Washington, DC,
1991.
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S. A. Ahmed, B.
Panoutsopoulos, M. Ali. Theory,
Simulation and Performance of CW Energy Transfer Dye Mixture
Lasers. Laserion. June 1991, International Laser Symposion,
Munchen, Germany.
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S. A. Ahmed, B.
Panoutsopoulos, M. Ali. CW
Energy Transfer Dye Laser in the Near Infrared. Proceedings of
"Lasers '90". Conference in San Diego, CA.
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I
have conducted a number of studies with results either unpublished or
published as short Reports. I plan to rework, update, and expand these
studies and publish the results:
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B.
Panoutsopoulos. Shelf-Life
Storage Characteristics of Nickel - Cadmium Batteries in the AN/BRT
-6. Report. Naval Undersea Warfare Center, Division Newport.
1996.
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B.
Panoutsopoulos. Tether Dynamics for a Wind Loaded Antenna. Report. Naval Undersea
Warfare Center, Division Newport. 1995.
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B.
Panoutsopoulos. Numerical Evaluation of the Electric Field around and the Surface
Current Density on a Circular Perfect Conductor Due to an Incident
Plane Electromagnetic Wave. Report. Naval Undersea Warfare
Center, Division Newport. 1995.
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B.
Panoutsopoulos. Calculation of Reserve Buoyancy for a Buoy Assembly. Report. Naval
Undersea Warfare Center, Division Newport. 1994.
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I received funding from the Office of Naval Research (ONR) through a
Navy (NUWC) In-House Laboratory Independent Research (ILIR) to conduct
research on Fractal Antennas. I published three conference papers, I am
preparing a report, and I continue to work actively in this area. I am
considering a number of fractal structures to be investigated as
antennas along with the effect of the fractal structure on the antenna
parameters. An Academic environment, that will provide me with the time
and resources, will be an appropriate venue to continue my research.
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B.
Panoutsopoulos.
The Koch Fractal Monopole Antenna in Wireless Network
Applications. 2004 Wireless Networking Symposium (WNCG)
October 20-22, 2004. The University of Texas at Austin, TX, USA.
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B.
Panoutsopoulos.
Fractal Antennas in Wireless Network Applications. 2003 Wireless
Networking Symposium (WNCG) October 22-24, 2003. The University of
Texas at Austin, TX, USA.
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B.
Panoutsopoulos.
Printed Circuit Fractal Antennas. IEEE International Conference on
Consumer Electronics. June 17-19, 2003 – Los Angeles,
California, USA.
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Lately, I am involved in research in the field of the use of polymers in
electronics and specifically the use of polymer waveguides as time delay
lines.
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Maggie
Yihong Chen, Brie Howley, Xiaolong Wang, Panoutsopoulos Basile,
and Ray Chen. Integration of Optical Components for Time Delay Module
in Advanced Radar. Applications. Invited Talk. International
Conference on Optical Communication and Networks. |
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Xiaolong Wang,
Brie Howley, Yihong Chen, Ray Chen, and Panoutsopoulos Basile.
Polymer Based Thermo-optic Switch for Optical true Time Delay. SPIE
Photonics West Conference, 2005. (Accepted for publication)
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