ELITECH 2005
CONFERENCE FOR PhD STUDENTS
CONFERENCE PROGRAMME
|
TIME |
|
ROOM |
|
8,15 - 8,45 |
OPENING SESSION |
B CLUB |
|
9,00 - 13,00 |
PLENARY SESSIONS |
|
|
|
Automation control & Computer Science |
D424 |
|
|
Applied Mathematics, Applied Physics & Material Science |
A616 |
|
|
Telecommunication & Electronics |
B602 |
|
|
Power Electronics, Power Engineering & Applied Mechanics |
A703 |
|
|
Economy |
C616 |
|
13,30 - 14,00 |
CONFERENCE OUTCOMES |
B CLUB |
TIME SHEDULE
|
Section |
ROOM |
TIME |
First name & name |
Title |
|
Power Electronics, Power Engineering & Applied
Mechanics |
|
|
|
|
|
Applied
mechanic |
A703 |
9,15 |
Vladimír Goga |
Elastic-static and dynamic analysis of the high
voltage cable |
|
Applied
mechanic |
A703 |
9,30 |
Peter Kmotrik |
Creation of the transmission line model for dynamic
analysis |
|
Applied
mechanic |
A703 |
9,45 |
Michal Masný |
SOLUTION OF COUPLED FIELD PROBLEMS BY FINITE ELEMENT
METHOD (THERMAL – FLUID FIELD) |
|
Applied
Mechanics |
A703 |
10,00 |
Róbert Fric |
NUMERICAL ANALYSIS OF THE HEATING OF THE LIGHTING
DEVICE COMPONENT |
|
Power Electronics |
A703 |
10,15 |
|
RISK ASSESSMENT IN RISKSPECTRUM |
|
Power
electronics |
A703 |
10,30 |
Ondrej Šimko |
Adaptive Control of Robot Using Neural Estimator |
|
Break |
|
10,45 |
|
|
|
Power
electronics |
A703 |
11,00 |
Miroslav Smola |
Switching overvoltages on
unloaded power lines |
|
Power
Engineering |
A703 |
11,15 |
Michal Duč-Anci |
Investigation of the magnetic field in an UM by FEM |
|
Power
Engineering |
A703 |
11,30 |
Martin MUCHA |
Digital protection relays in distribution network |
|
Power
Engineering |
A703 |
11,45 |
Ľubomír Turanský |
DETERMINATION OF THE STATOR WINDING INSULATING
SYSTEM CAPACITANCE FROM MEASUREMENTS ON THE SEPARATE COILS. |
|
Power
Engineering |
A703 |
12,00 |
Martin Vojtek |
STATISTICAL PARAMETERS AND NEURAL NETWORK |
|
Automation control & Computer Science |
|
|
|
|
|
Automation
& Control |
D424 |
9,15 |
Roman Bielik |
Program
system for controlling EMC measurements and collecting measured data |
|
Automation
& Control |
D424 |
9,30 |
Boris Georgiev |
|
|
Automation
& Control |
D424 |
9,45 |
Stanislav Laciňák |
|
|
Automation
& Control |
D424 |
10,00 |
Radovan Macko |
DESIGN AND REALIZATION OF PROGRAMMABLE EMULATOR OF
MECHANICAL LOADS |
|
Automation
& Control |
D424 |
10,15 |
Ján Molnár |
OSCILLOSCOPE’S DATA PROCESSING VIA INTERNET |
|
Automation
& Control |
D424 |
10,30 |
Roman Murár |
Mobile robot environment representation |
|
Automation
& Control |
D424 |
10,45 |
Viktor Oravec |
COOKBOOK OF ALTERNATING TIME SYSTEMS |
|
Break |
|
11,00 |
|
|
|
Automation
& Control |
D424 |
11,15 |
Tibor Vince |
DISTANCE REMOTE VIA INTERNET |
|
Light
Engineering |
D424 |
11,30 |
Marek Pípa |
AUTOMATIZATION OF LUMINOUS INTENSITY DISTRIBUTION
CURVES MEASUREMENT |
|
Computer
Science & Informatics |
D424 |
11,45 |
Ľuboš Horka |
SIMULATION OF EVOLUTION MARKET EQUILIBRIUM USES WITH
MULTI-AGENT METODS |
|
Computer
Science & Informatics |
D424 |
12,00 |
Pavel Novotný |
INTERACTING TRANSITION SYSTEMS, MODEL FOR THE THEORY
OF CONCURRENCY |
|
Computer Science
& Informatics |
D424 |
12,15 |
Peter Vedel |
Digital image processing: Image segmentation |
|
Economy |
|
|
|
|
|
Economy |
C616 |
9,15 |
Tatiana Arbe |
PROGRESSIVE INCOME TAXATION |
|
Economy |
C616 |
9,30 |
Ľubomír Polonec |
How to Increase Share of Renewable Energy Sources in
Sustainable Way |
|
Telecommunication & Electronics |
|
|
|
|
|
Electronics |
B602 |
9,15 |
Martin Florovič |
OPTICAL PROPERTIES OF Si
DELTA-DOPED InGaAs/GaAs QUANTUM WELLS |
|
Electronics |
B602 |
9,30 |
Zdeno Kardos |
EFFECT OF DIELECTRIC SUPPORTS ON THE COAXIAL
SIX-PORT REFLECTOMETER PARAMETERS |
|
Electronics |
B602 |
9,45 |
|
Subdivision of ITO glass substrates by localized
destruction method |
|
Electronics |
B602 |
10,00 |
Jaroslav Kováč |
Properties of semiconductor lasers with different Zn and C
doping |
|
Electronics |
B602 |
10,15 |
Branislav Lojko |
FREQUENCY SYNTHESIS BASED ON THE FREQUENCY LOCKED
LOOP WITH ARRAY OF CHARGE PUMPS CONTROLLED BY DSP |
|
Electronics |
B602 |
10,30 |
Attila Nagy |
Distortion reduction at electrodynamic
loudspeakers using current-drive |
|
Electronics |
B602 |
10,45 |
Loránt Peternai |
Raman investigation of graded InGaP
structure |
|
Break |
|
11,00 |
|
|
|
Telecommunications |
B602 |
11,15 |
Michal Halás |
IP TELEPHONY AND QUESTION OF TRANSMISSION QUALITY |
|
Telecommunications |
B602 |
11,30 |
Matej Kavacký |
MODELLING OF ATM TRAFFIC CONSIDERING QUALITY OF
SERVICE ISSUES |
|
Telecommunications |
B602 |
11,45 |
Róbert Trška |
PREVENTIVE TRAFFIC MANAGEMENT FOR QOS PROVISIONING
IN ATM NETWORKS |
|
Applied Mathematics, Applied Physics & Material
Science |
|
|
|
|
|
Material
Science & New Technologies |
A616 |
9,15 |
Martin Frk |
IMPACT OF TEMPERATURE
AND AGEING ON DIELECTRIC SPECTRUM OF THERMIKANIT |
|
Material
Science & New Technologies |
A616 |
9,30 |
Roman Kameník |
AGING AND ITS INFLUENCE ON DIELECTRIC PROPERTIES OF POLYMERS
KRASOL |
|
Material
Science & New Technologies |
A616 |
9,45 |
Tomáš Kaňuch |
MAGNETIC MICROSTRUCTURE DURING CRYSTALLISATION OF FE76MO8CU1B15
ALLOY STUDIED BY MÖSSBAUER SPECTROSCOPY |
|
Material
Science & New Technologies |
A616 |
10,00 |
Karolina Kočišková |
GRAPHICAL PRESENTATION OF FCC METAL STRUCTURES FOR
EMBEDDING ATOM METHOD |
|
Material
Science & New Technologies |
A616 |
10,15 |
Jan Linhart |
DIFERENCE BETWEEN SE AND BSE CONTRAST IN ESEM |
|
Material
Science & New Technologies |
A616 |
10,30 |
Michal Váry |
Dielectric properties of cables with PVC based
insulation in wide temperature range |
|
Break |
|
10,45 |
|
|
|
Mathematics
& Physics, Applied Mathematics and Applied Physics |
A616 |
11,00 |
Dušan Müller |
LOW FREQUENCY NOISE IN AMORPHOUS AND NANOCRYSTALLINE
METALIC SYSTEMS |
|
Mathematics
& Physics, Applied Mathematics and Applied Physics |
A616 |
11,15 |
Jozef Paľa |
Magnetic field Modeling in single yoke magnetizing
set-up |
|
Mathematics
& Physics, Applied Mathematics and Applied Physics |
A616 |
11,30 |
Peter Valent |
Physics of breakdown in thin dielectric films in MIS
structures |
General presentation instructions for all
presentations
·
Backgrounds: It is strong recommended use
a white (or one colour) background for your presentation. This work well in our
conference room. What looks great on your PC may look horrible when
projected, so use conservative rules to ensure high production values.
Please combine dark background with light characters or vice versa.
·
Animation: Use of animation and movies
during PC presentations is generally not permitted. If you feel that
animation is necessary please inform us before you can sleep well.
·
Practice: Make sure that you do several dry runs of your
talk. This will ensure that you finish on time. Also, the
presentation will be smoother and the evaluation forms will be a bit
happier. From our experience, it is very obvious when people have not
performed dry runs. Please, spend an hour or so practicing.
·
Focus Your Talk: Be careful that your talk is
not too abstract or too project specific. For your dry runs, it is a good
idea to find some engineers who know little or nothing about your work.
·
Talk to the audience, not to the screen. Talking to
the screen is generally a sign of not doing dry runs, often presents the
audience with a less then flattering view, and often results in poor audio, as
your head is turned away from the microphones. Feel free to bring notes
to the podium on a hardcopy of your presentation with key points highlighted if
that makes you more comfortable. We are engineers, not professional
orators, and bringing notes is perfectly fine; I often do that. There is
a flat screen monitor embedded in the podium, slaved to the projector, for your
assistance, so you can glance down at the screen and then regain eye contact
with the audience.
·
Laser pointers seldom are very effective as
the small dot tends to move too much. An alternative which is simple and
effective is to place large arrows at key spots of the slide which you wish to
reference; you may add letters to them if you need to point to multiple spots
and use colour. Saying, "the flip-flop in the circuit pointed
to by the red arrow labeled A can go metastable ..." is preferable to waving the laser
pointer around and making people in the first three rows sick.
·
Time: Oral presentations for all sessions are 10
minutes. Following the presentation there will be nominally 5
minutes of question and answer time, moderated by the Session
Chairperson. The Session Chairperson can move to the next paper if
there are few questions or let the conversation continue, on his judgement.
·
File Format: The sessions will be held in
a large facility. It is strong recommended that your presentation be in
PowerPoint. Postscript or Microsoft Word formatted presentations are
acceptable provided that they are submitted on-time and any technical problems
can be resolved.
·
Only single screen presentations are supported.
·
If need an
overhead projector please inform us before.