Senior Researcher Irene Karanasiou - Microwave & Fiber Optics ...
Senior Researcher Irene Karanasiou - Microwave & Fiber Optics ...
Senior Researcher Irene Karanasiou - Microwave & Fiber Optics ...
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<strong>Irene</strong> S. <strong>Karanasiou</strong> was born in Athens, Greece. She received the Diploma and Ph.D.<br />
degrees from the National Technical University of Athens (NTUA), Greece, in 1999 and<br />
2003, respectively, both in Electrical and Computer Engineering.<br />
She has been a <strong>Researcher</strong> with the <strong>Microwave</strong> and <strong>Fiber</strong> <strong>Optics</strong> Laboratory (MFOL)<br />
of the NTUA since 1999. She has authored over 80 papers in refereed international<br />
journals (31) and conference proceedings (57). Her research interests involve<br />
Biomedical imaging techniques, especially, passive and non‐invasive imaging methods,<br />
Functional brain imaging, EEG/ERP measurement and analysis, Bioelectromagnetism‐<br />
Computational Electromagnetics, Computational Neuroscience, <strong>Microwave</strong> Radiometry,<br />
Hyperthermia, Design and development of microwave components and integrated<br />
systems, and she has worked in the framework of 15 European and National Projects.<br />
Dr. <strong>Karanasiou</strong> is a Founding Officer of the IEEE/EMBS Greek chapter member of<br />
IEEE/EMBS society, Officer of the MTT‐S Greece chapter and member of the Technical<br />
Chamber of Greece. She serves as reviewer in 11 international scientific journals and<br />
participated in the organizing and scientific committees of 6 international conferences.<br />
She was the recipient of the Thomaidio Foundation Award for her PhD Dissertation and<br />
three academic journal publications.<br />
Journal Publications<br />
Δ1. <strong>Irene</strong> S. <strong>Karanasiou</strong>, Nikolaos K. Uzunoglu and Anastasios Garetsos,<br />
“Electromagnetic Analysis of a Non‐invasive 3D Passive <strong>Microwave</strong> Imaging System”<br />
Progress in Electromagnetic Research, PIER 44, 287‐308, 2004 (full paper), J.<br />
Electromagnetic Waves and Applications, vol.18, No. 2, 379‐380, 2004 (abstract).<br />
Δ2. <strong>Irene</strong> S. <strong>Karanasiou</strong>, Nikolaos K. Uzunoglu and Charalabos Papageorgiou, “Towards<br />
functional non‐invasive imaging of excitable tissues inside the human body using<br />
Focused <strong>Microwave</strong> Radiometry”, Special Issue on “Biological Effects and Medical<br />
Applications of RF/<strong>Microwave</strong>s” of the IEEE Transactions on <strong>Microwave</strong> Theory and<br />
Techniques, vol. 52, no. 8, pp. 1898‐1908, Aug. 2004.<br />
Δ3. <strong>Irene</strong> S. <strong>Karanasiou</strong>, Nikolaos K. Uzunoglu, Stergios Stergiopoulos, and Winnie<br />
Wong, “A Passive 3D Imaging Thermograph Using <strong>Microwave</strong> Radiometry”,<br />
Innovation and Technology in Biology and Medicine, vol. 25 (4), pp. 227‐239, 2004.<br />
Δ4. <strong>Irene</strong> S. <strong>Karanasiou</strong>, Nikolaos K. Uzunoglu and Charalabos C. Papageorgiou, Reply to<br />
Comments on “Towards Functional Noninvasive Imaging of Excitable Tissues Inside<br />
the Human Body Using Focused <strong>Microwave</strong> Radiometry”, IEEE Transactions on<br />
<strong>Microwave</strong> Theory and Techniques, vol. 53, no. 5, pp.2904‐2905, May 2005<br />
Δ5. <strong>Irene</strong> S. <strong>Karanasiou</strong>, Charalabos Papageorgiou and Nikolaos K. Uzunoglu, “Is it<br />
possible to measure non‐invasively brain conductivity fluctuations during reactions<br />
to external stimuli with the use of microwaves?”, International Journal of<br />
Bioelectromagnetism IJBEM vol. 7, No. 1, pp.356‐359, 2005.
Δ6. <strong>Irene</strong> S. <strong>Karanasiou</strong>, George Stratakos and Nikolaos K. Uzunoglu, “Passive multiband<br />
microwave tomography for intracranial applications”, International Journal of<br />
<strong>Microwave</strong> and Optical Technology, vol 1, No. 2, Aug. 2006, pp. 477‐482<br />
Δ7. <strong>Irene</strong> S. <strong>Karanasiou</strong>, Nikolaos K. Uzunoglu, “Single‐frequency and Multiband<br />
<strong>Microwave</strong> Radiometry for feasible Brain‐Conductivity Variation Imaging during<br />
Reactions to External Stimuli”, Nuclear Instruments and Methods in Physics Research<br />
A, 569, pp. 581–586, 2006.<br />
Δ8. Panagiotis V. Betzios, <strong>Irene</strong> S. <strong>Karanasiou</strong>, and Nikolaos K. Uzunoglu, “Analysis of a<br />
Dielectric Resonator Antenna by applying a Combined Semi‐analytical Method and<br />
simulation”, J. Electromagnetic Waves and Applications , vol. 21, no 14, pp. 1983‐<br />
1994, 2007.<br />
Δ9. <strong>Irene</strong> S. <strong>Karanasiou</strong>, Anastasios Garetsos, Konstantinos T. Karathanasis and Nikolaos<br />
K. Uzunoglu, “Development and Laboratory Testing of a Non‐Invasive Intracranial<br />
Focused Hyperthermia System”, IEEE Transactions on <strong>Microwave</strong> Theory and<br />
Techniques 56 (9), pp. 2160‐2171, 2008<br />
Δ10. I. S. <strong>Karanasiou</strong>, C. Biniaris, A. Marsh, “Ethical Issues of Brain Functional Imaging:<br />
Reading your Mind”, Studies in Health Technology and Informatics, vol. 137, pp. 310‐<br />
320, 2008<br />
Δ11. A. J. Marsh, C. G. Biniaris, I. S. <strong>Karanasiou</strong> and D. Carroll, “Social Prospecting,”<br />
Studies in Health Technology and Informatics, vol. 137, pp. 321‐327, 2008<br />
Δ12. G. J. Tsekouras, F.D. Kanellos, V.T. Kontargyri, I.S. <strong>Karanasiou</strong>, A.D. Salis, N.E.<br />
Mastorakis: “A New Classification Pattern Recognition Methodology for Power<br />
System Typical Load Profiles”, WSEAS Transactions on Circuits and Systems, pp.1090‐<br />
1104, vol..12, no. 7, 2008<br />
Δ13. Konstantinos T. Karathanasis, <strong>Irene</strong> S. <strong>Karanasiou</strong>, and Nikolaos K. Uzunoglu, “A FEM<br />
Simulation study of the optimization of the imaging attributes of a <strong>Microwave</strong><br />
radiometry system with possible functional imaging capabilities”, Journal of<br />
Instrumentation, JINST 4, P06005, 2009<br />
Δ14. Ioannis A. Gouzouasis, <strong>Irene</strong> S. <strong>Karanasiou</strong>, and Nikolaos K. Uzunoglu, “Exploring the<br />
enhancement of the imaging properties of a microwave radiometry system for<br />
possible functional imaging using a realistic human head model”, Journal of<br />
Instrumentation, JINST 4, P06006, 2009<br />
Δ15. M.I.Giamalaki, I.S.<strong>Karanasiou</strong> and N.K.Uzunoglu, Focused <strong>Microwave</strong> Radiometry<br />
from a Possible Functional Imaging Perspective: Theoretical Optimization of the
Properties of a <strong>Microwave</strong> Radiometry System, Journal of Instrumentation, JINST 4,<br />
P05011, 2009<br />
Δ16. Α. Oikonomou, I.S.<strong>Karanasiou</strong> and N.K.Uzunoglu, Potential Brain Imaging Using Near<br />
Field Radiometry, Journal of Instrumentation, JINST 4 P05017, 2009.<br />
Δ17. I. S. <strong>Karanasiou</strong>, C. Papageorgiou, E. I. Tsianaka, G. K. Matsopoulos, E. M. Ventouras,<br />
& N. K. Uzunoglu, “Behavioral and brain pattern differences between acting and<br />
observing in an auditory task”, Behavioral and Brain Functions 2009, 5:5<br />
(20 January 2009)<br />
Δ18. D. Kourkoutas, G. Georgopoulos, A. Maragos, I. Apostolakis, G. Tsekouras, <strong>Irene</strong> S.<br />
<strong>Karanasiou</strong>, D. Papakonstantinou, E. Iliakis, M. Moschos: “Relationship between<br />
Central Corneal Thickness and HRTII topographic parameters, in Glaucoma Patients,<br />
by using a new non‐linear multivariable model ”, Clinical Ophthalmology, vol. 3, pp.<br />
313–323, 2009.<br />
Δ19. C. E. Vasios, E. M. Ventouras, G. K. Matsopoulos, I. S. <strong>Karanasiou</strong>, N.K. Uzunoglu, H.<br />
T. Van Schie, and E.R.A. de Bruijn . «Classification of Event‐Related Potentials<br />
Associated with Response Errors in Actors and Observers Based on Autoregressive<br />
Modeling» The Open Medical Informatics Journal, vol. 3, pp. 32–43, 2009, doi:<br />
10.2174/1874431100903010032<br />
Δ20. M. I. Giamalaki, I. S. <strong>Karanasiou</strong>, and N. K. Uzunoglu, Electromagnetic Analysis of a<br />
Non Invasive <strong>Microwave</strong> Radiometry Imaging System Emphasizing on the Focusing<br />
Sensitivity Optimization, Progress In Electromagnetics Research, PIER 90, 385–407,<br />
2009.<br />
Δ21. Ioannis Gouzouasis, Konstantinos Karathanasis, I <strong>Karanasiou</strong> and Nikolaos Uzunoglu,<br />
“Passive multi‐frequency brain imaging and hyperthermia irradiation apparatus: the<br />
use of dielectric matching materials in phantom experiments,” Measurement Science<br />
and Technology, 20 104022, 2009.<br />
Δ22. P Bakopoulos, I <strong>Karanasiou</strong>, Panagiotis Zakynthinos, Nikos Pleros, Hercules<br />
Avramopoulos and Nikolaos Uzunoglu, “A tunable continuous wave (CW) and short‐<br />
pulse optical source for THz brain imaging applications,” Measurement Science and<br />
Technology, 20 104001, 2009. http://iopscience.iop.org/0957‐<br />
0233/page/Highlights%20of%202009<br />
Δ23. Ioannis A. Gouzouasis, Konstantinos T. Karathanasis, <strong>Irene</strong> S. <strong>Karanasiou</strong> and<br />
Nikolaos K. Uzunoglu, “Contactless Passive Diagnosis for Brain Intracranial<br />
Applications: a Study using Dielectric Matching Materials”, Bioelectromagnetics 2010<br />
Jul;31(5):335‐49 (in press) Digital Object Identifier: 10.1002/bem.20572 .
Δ24. George Mitropoulos, <strong>Irene</strong> <strong>Karanasiou</strong>, Arno Hinsberger, Fernando Aguado Agelet,<br />
Horst Wieker, Hans‐Josef Hilt, Said Mammar, Gerhard Noecker, “Wireless Local<br />
Danger Warning: cooperative foresighted driving using inter‐vehicle<br />
communication”, IEEE Transactions on Intelligent Transport Systems (in press) Digital<br />
Object Identifier : 10.1109/TITS.2009.2034839, 2009<br />
Δ25. Konstantinos T. Karathanasis, Ioannis A. Gouzouasis, <strong>Irene</strong> S. <strong>Karanasiou</strong>, Melina<br />
Giamalaki, George Stratakos, and Nikolaos K. Uzunoglu Non‐invasive Focused<br />
Monitoring and Irradiation of Head Tissue Phantoms at <strong>Microwave</strong> Frequencies, IEEE<br />
Transactions on Information Τechnology in Βiomedicine, vol. 14, no 3, pp.657‐663,<br />
2010.<br />
Δ26. <strong>Irene</strong> S <strong>Karanasiou</strong>, Charalabos Papageorgiou, Eleni I Tsianaka, Miltiades Kyprianou,<br />
George Matsopoulos, Errikos Ventouras and Nikolaos Uzunoglu, Mismatch Task<br />
Conditions and Error Related ERPs, Behavioral and Brain Functions 2010, 6:14<br />
(23 February 2010)<br />
Δ27. N.P. Asimakis, I. S. <strong>Karanasiou</strong>, P. K. Gkonis and N. K. Uzunoglu, Theoretical Analysis<br />
of a Passive Acoustic Brain Monitoring System, Progress In Electromagnetics<br />
Research B, Vol. 23, 165‐180, 2010.<br />
Δ28. A. Oikonomou, I. S. <strong>Karanasiou</strong>, and N. K. Uzunoglu, Phased‐Array Near Field<br />
Radiometry for Brain Intracranial Applications, Progress In Electromagnetics<br />
Research, PIER 109, page 345‐360, 2010<br />
Δ29. Errikos M Ventouras, Pantelis Asvestas, <strong>Irene</strong> <strong>Karanasiou</strong>, George K. Matsopoulos,<br />
Classification Of Error‐Related Negativity (Ern) And Positivity (Pe) Potentials Using<br />
Knn And Support Vector Machines, Computers in Biology and Medicine, 41 (2), pp.<br />
98‐109, 2011<br />
Δ30. N. Asimakis, I. <strong>Karanasiou</strong>, N. Uzunoglu, Non‐Invasive <strong>Microwave</strong> Radiometric<br />
System for Intracranial Applications: A Study Using The Conformal L – Notch<br />
Microstrip Patch Antenna, PIER, 117, 83‐101, 2011<br />
Δ31. M. I. Giamalaki* and I. S. <strong>Karanasiou</strong>, Enhancement Of A <strong>Microwave</strong> Radiometry<br />
Imaging System's Performance Using Left Handed Materials, PIER 2011 (in press)