Na FER-u postoji više zaposlenika s imenom
Wearable Slotted Waveguide Textile Antenna
Textile Slotted Waveguide Antennas for Body-Centric Applications
Embroidered Textile Antennas: Influence of Moisture in Communication and Sensor Applications
Mitigation of the Effects of Unknown Sea Clutter Statistics by Using Radial Basis Function Network
Textile Antenna as Moisture Sensor
Mikrovalni radiorelejni primopredajnik RP8-24
Wideband Textile Planar Monopole Antenna
Utjecaj uvojitosti na električnu vodljivost elektrovodljive pređe
Coupling Between Antenna and Human Body - Design Issues
Textile-based UHF RFID Patch Antenna with H-slot
Influence of Moisture and Waterproofing on Textile Antennas
Feasibility of Electromagnetic Energy Harvesting Using Wearable Textile Antennas
An Insight into Creeping Electromagnetic Waves around the Human Body
Rectifier for Energy Harvesting Application
Interference Analysis between Mobile Radio and Digital Terrestrial Television in the Digital Dividend Spectrum
Propagation Characteristics of UHF Radiofrequency Identification System Signal for Application in Indoor Positioning
Estimation of Heavy-Tailed Clutter Density using Adaptive RBF Network
Sensitivity of Transmission-Reflection Based Method for Textile Material Characterization
Wearable Energy Harvesting Using Wideband Textile Antennas
Durability of Conductive Yarn Used for Manufacturing Textile Antennas and Microstrip Lines
Performance of Textile Logarithmic Spiral Antenna in On-Body Environment
Improvement of Wearable Energy Harvester Conversion Efficiency by Improvement Antenna- to-Rectifier Impedance Matching
On Performance of Filter used for Interference Mitigation between LTE and DVB-T Networks in Digital Dividend Spectrum
Konstrukcija tekstilnih nosivih antena
Performance of Embroidered Conductive Yarn in Textile Antennas and Microstrip Lines
Textile Antennas for On-Body Sensors
Waveguide Calibration for Measuring Electric Properties of Textile Materials
Embroidered Textile Logarithmic Spiral Antenna and Its Energy Efficiency
Design and Performance of Miniaturized Wearable Antennas in UHF Band
Implementation of Conductive Yarn into Wearable Textile Antennas
On-body wireless link investigation
Performance of Wearable Antenna Exposed to Adverse Environmental Conditions
Considerations on Embroidered Textile Antennas for Wearable Applications
Challenges in the design of wearable textile antennas
Small Antennas: Miniaturization Techniques and Applications
Wearable Pi-Slot Microstrip Antenna for Applications in UHF Band
Design and Analysis of Planar UHF Wearable Antenna
Dual-band microstrip antenna for GSM applications
Interferencije sustava pokretnih komunikacija LTE u frekvencijskom podrucju digitalne dividende sa sustavom digitalne televizije (DVB-T)
Performance of Electromagnetic Sensor Based on Shorted Stacked Patches
Overview of Small Antenna Research at the University of Zagreb
Simple Electromagnetic Sensor for Simultaneous Measurement of Three Orthogonal Linear Polarizations
Mjerenja u mikrovalnoj elektronici
New Stacked Patch Antenna for Polarisation and Radiation Pattern Diversity
3D Electromagnetic Sensor Based on Shorted Stacked Patches
Reconfigurable Pico-cell Antenna Array for Indoor Coverage in GSM 900 Band
Application of Wire-based Metamaterials for Antenna Miniaturization
Experimental Investigation of Basic Properties of Wire medium-based Shortened Horn Antennas
Numerical and experimental investigation of basic properties of wire-medium-based shortened horn antennas
Application of Wire-based Metamaterials for Antenna Miniaturization
Small H-shaped Shorted Patch Antennas
Slotted PIFA for Mobile Communication Devices
ENZ-based Shortened Horn Antenna – an Experimental Study
Some Considerations on Size Reduction of a Microstrip Patch Antenna
Analysis and Implementation of Polarization Schemes for Polarimetric Radar Systems
Model of a Monopulse Radar Tracking System for Student Laboratory
Dual-Band Electronically Switchable Shorted Patch Antenna
Push-Pull Oscillating Antenna with Circular Polarization
Slotted PIFA for GSM Band
Analytical and Experimental Investigation of Horn Antenna with Embedded ENZ Metamaterial Lens
Some Considerations on Radiation Properties of Antennas Embedded into Low-permittivity Metamaterial
Comparison of EM Solvers on a Circularly Polarized Patch Antenna
Laboratory Model of a Monopulse Radar Tracking System
Shorted Patch Antenna with PIN Diode Operating Band Switching
Experimental Investigation of Radiation Properties of an Antenna Embedded in Low Permittivity Thin-Wire-Based Metamaterial
Experimental Investigation of Radiation Properties of an Antenna Embedded in Low Permittivity Thin-Wire-Based Metamaterial
Near-field of the phase array radar antenna
Self-oscillating microstrip antennas and arrays
Design considerations of an active integrated antenna with negative resistance transistor oscillator
Active Integrated Antennas with Single and Push-Pull Transistor Oscillators
Electronically switchable shorted patch antenna for dual-band operation
Electronically Switchable Shorted Patch Antenna for Dual-band Operation
Arrays of push-pull oscillating antennas coupled in E and H planes
Circularly polarized single-fed wide-band microstrip patch
Circularly Polarized Active Integrated Antenna
Circular active integrated antenna with push-pull oscillator
Active push-pull circular patch antenna
E- and H- plane coupled power combining arrays of active patches with line transformer and transistor oscillator
Stacked shorted patch antenna with tilted parasitic radiator
Broadband shorted patch antenna with tilted parasitic radiator
Power combining arrays of active patches with line transformer and transistor oscillator
Some new designs of antennas for mobile communication applications
Planar and Cylindrical Microstrip Patch Antennas and Arrays for Wireless Communications
Oscilirajuće antene s jednim i više aktivnih elemenata
Spatial oscillators with multiple active elements
Investigation of a circularly polarized square patch antenna with diagonal slot
Spatial power combining arrays of push-pull oscillating antennas
Compact active integrated antenna with transistor oscillator and line impedance transformer
Integrated push-pull oscillating antenna
Suppression of undesired operating modes of a push-pull active integrated antenna
Design of planar and cylindrical microstrip patch antennas and arrays for wireless applications
Design of planar and cylindrical microstrip patch antennas and arrays for smart antenna applications
Mikrovalna elektronika
Mikrovalna elektronika - laboratorijske vježbe
Circularly polarized single-fed wide-band microstrip elements and arrays
Suppressing of undesired modes in push-pull active integrated antenna
Modified rectangular oscillating patch antenna with bipolar transistor
Active rectangular patch antenna with push-pull oscillator
Self-oscillating push-pull active integrated antenna
The circulary polarized cylindrical patch
Circulary polarized single-fed microstrip patch for wireless communications
Radiation properties of two-element active patch arrays: comparison between calculated and measured results
Self-oscillating rectangular patch antennas
Experimental Investigation of Stacked Circular Microstrip Patch Antennas
Self-oscillating antenna arrays with electronic beam scanning capabilities
Modified rectangular patch array with electronic beam scanning
Some new results on stacked butterfly and circular patch antennas
Stacked circular microstrip patch antenna with increased bandwidth
Efficient moment-method analysis of a magnetic dipole
A moment method solution for the input impedance of a magnetic dipole
Planarna mikrovalna aktivna antena
Modified rectangular patches for self-oscillating active-antenna applications
Symmetries in microstrip array analysis
Arrays of modified rectangular radiators
Naponski upravljana planarna mikrotrakasta antena
Voltage Controlled Self-Oscillating Microstrip Patch Antenna
Injection Locking Experiment on an Active Antenna with Modified Rectangular Patch Radiator
On Symmetry in Microstrip Antenna Analysis
Modified Rectangular Patch Radiator for Microstrip Active Antennas
Životopis
Davor Bonefačić received his Dipl.Ing., Mr.Sc. and Dr.Sc. degrees in electrical engineering from the University of Zagreb, Faculty of Electrical Engineering and Computing (FER), Zagreb, Croatia, in 1993, 1996 and 2000, respectively.
Since March 1993 he has been with the Department of Wireless Communications at Faculty of Electrical Engineering and Computing, University of Zagreb. From 1993 to 2002 he worked as young researcher. In March 2002 he was appointed as Assistant Professor, and in November 2006 as Associate Professor at the same Department. In June 2010 he was promoted to Full Professor. His teaching activity includes several subjects on microwave engineering, RF systems, antennas and radars at graduate and doctoral studies. He is co-author of one university textbook and author of teaching materials and course aids in electronic form for five courses at graduate level at FER.
He was the mentor of more than 25 diploma works. He was the supervisor of two doctoral theses which were defended with success in 2004 and 2013. Currently he is supervising another three doctoral candidates at the University of Zagreb, Faculty of Electrical Engineering and Computing.
Prof. Bonefačić led the project 036-128 "Electronically Controlled Active Antenna Arrays" (1997 - 2001), financed by the Ministry of Science and Technology of the Republic of Croatia, and participated in five research projects financed by the same Ministry:
- 036-0361566-1573 "Multifunctional antennas in communication and radar systems" (2007 - 2013) and
- 004-1193086-3065 "Meteorological observation and data assimilation methods" (2007 - 2013)
- Project 0036036 "Adaptive Antennas in Communication and Radar Systems" (2002-2006),
- Project 036-028 "Antennas and Propagation in Communication and Radar Systems" (1997 - 2001), and
- Project 2-05-256 "Mobile Communications - Efficiency and Antenna Systems" (1993 - 1996).
He collaborated on five COST Projects and Actions financed by the EU:
- COST IC1102 "VISTA - Action on Versatile, Integrated, and Signal-aware Technologies for Antennas within the ICT Domain" (2012 - 2016),
- COST IC0603 - "ASSIST - Antenna Systems and Sensors for Information Society Technologies" (2007 - 2011),
- COST 284 "Innovative Antennas for Emerging Terrestrial & Space-Based Applications" (2001 - 2006),
- COST 260 "Smart Antennas: Computer Aided Design and Technology" (1997 - 2001),
- COST 245 "Active phased arrays and array fed antennas" (1993 - 1996)
and one FP6 project:
- ACE - Antenna Centre of Excellence - Network is a Network of excellence in the European 6th framework IST (IST-2004-508009 & IST-2006-026957) (2004 - 2007)
In 2013 he led the research titled "Small and Adaptive Antennas for Green Communications in Smart Environment" under a short-term grant provided by the University of Zagreb.
Currently prof. Bonefačić is leading the research project:
- IP-11-2013-6198 "Textile Antennas for Smart Environment (TexASE)" (2013-2018)
financed by the Croatian Science Foundation.
Prof. Bonefačić published one book chapter and more than 85 scientific papers in journals and conference proceedings in the area of small, active and integrated antennas, applications of metamaterials in antennas, and radar systems.
In 1996 he was a visiting researcher at the Third University of Rome, Rome, Italy.
Prof. Bonefačić has been a collaborative member of the Croatian Academy of Engineering (HATZ) since 2004, while in 2012 he was promoted to member grade. He was elected Secretary of the Department of Communication Systems of the Academy for the term 2013-2017.
He is member of IEEE, KoREMA (Croatian Society for Communication, Computing, Electronics, Measurement and Control) and Elmar (Electronics in Marine) societies. Since 2011 he has been chairing the MTT Chapter of the IEEE Croatia Section.
Prof. Bonefačić is member of the WG for small antennas within the EurAAP (European Association on Antennas and Propagation).
He participated in 13 organizing or program committees of international conferences of which five times he served as committee or conference chair or co-chair. He was the editor of nine proceedings of international conferences in printed and electronic form. He also serves as a reviewer for international scientific journals and conferences. Prof. Bonefačić was member of the editorial board of Radioengineering journal (ISSN 1210-2512) in the period 2003-2014. Since 1996 he is editor of the column "Conferences and Events" in the Automatika journal (ISSN 0005-1144).
In 1993 he received the Award of the Rector of the University of Zagreb and the bronze plaque "J. Lončar" from FER. He received the silver plaque "J. Lončar" from FER for outstanding master thesis in 1996. In 2009 he received the "Rikard Podhorsky" award from the Croatian Academy of Engineering (HATZ) for excellence in scientific and professional achievements. Under his chairing, the MTT Chapter of the IEEE Croatia Section received the MTT-S Outstanding Chapter Award for the year 2013.
Prof. Bonefačić authored and co-authored more than 35 professional and technical papers, studies and evaluations for the Croatian Ministry of Defense, Croatian Ministry of Maritime Affairs, Transport and Infrastructure, leading mobile operators in Croatia, and other entities. His professional interests include EMC, EMI estimation and suppression, EM field measurement and estimation of human exposure to EM fields.
He has been member of ad-hoc committees of the Ministry of Health regarding human exposure to EM fields and protection from EM waves. He was lecturer at training seminars on radar technology for the staff of Croatia Control Ltd, company for air traffic control, flight information and safety.
During his professional career prof. Bonefačić also worked on calibration of instruments for microwave measurements in the Accredited laboratory for microwave measurement at the Department of Wireless Communications (FER). Furthermore, he gained experience in EM field measurement for assessment of human exposure to EM fields radiated by mobile communications base stations and radar installations and in conformity testing of radio stations and RF equipment. He is active in promoting scientific research and professional activities in interviews for electronic and printed media.
Nastava
Sveučilišni preddiplomski
- Osnove bežičnih sustava (Nositelj)
- Osnove bežičnih sustava (Nositelj)
- Primjena elektromagnetskih valova u inženjerstvu (Nositelj)
- Primjena elektromagnetskih valova u inženjerstvu (Nositelj)
- Projekt (Predavanja)
- Projekt (Predavanja)
- Projekt E (Predavanja)
Sveučilišni diplomski
- Antenski sustavi (Nositelj)
- Antenski sustavi (Nositelj)
- Laboratorij elektronike 1 (Nositelj)
- Laboratorij radiokomunikacijskih tehnologija 1 (Nositelj)
- Laboratorij radiokomunikacijskih tehnologija 2 (Nositelj)
- Mikrovalne mreže i sklopovi (Nositelj)
- Mikrovalne mreže i sklopovi (Nositelj)
- Osnove bežičnih sustava (Nositelj)
- Primjena elektromagnetskih valova u inženjerstvu (Nositelj)
- Radarski sustavi (Nositelj)
- Visokofrekvencijska i mikrovalna elektronika (Nositelj)
- Diplomski projekt (Predavanja)
- Diplomski seminar (Predavanja)
- Projekt (Predavanja)
Poslijediplomski doktorski
- Aktivne antene (Nositelj)
- Elektronički sustavi za praćenje cilja (Nositelj)
Kompetencije
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Antennas and propagation
Antennas Adaptive arrays Microstrip antenna arrays Microwave antenna arrays Phased arrays Planar arrays Broadband antennas Directional antennas Microstrip antennas Microwave antennas Mobile antennas Patch antennas Rectennas -
Communications technology
Radio communication equipment Microwave communication Rectennas Mobile communication 3G mobile communication 4G mobile communication 5G mobile communication Radio communication Radio communication countermeasures Radio frequency Radio link Radio spectrum management Wireless communication Cognitive radio GSM Modulation UHF antennas Ultra wideband antennas -
Electromagnetic compatibility and interference
Electromagnetic compatibility Baluns Electromagnetic wave absorption Frequency Line-of-sight propagation EMP radiation effects Clutter Electromagnetic interference Radiofrequency interference Specific absorption rate Interference elimination Interference suppression -
Engineering – general
Electrical engineering -
Microwave theory and techniques
Microwave technology Baluns Beam steering Circulators Masers Microwave bands C-band K-band L-band Microwave circuits Microwave communication Rectennas Microwave devices Microwave amplifiers Microwave filters Microwave transistors Microwave generation High power microwave generation Microwave sensors Millimeter wave technology Millimeter wave circuits Millimeter wave devices Millimeter wave transistors Millimeter wave radar Submillimeter wave technology Submillimeter wave circuits Submillimeter wave communication Submillimeter wave devices -
Signal processing
Amplitude modulation Chirp modulation Demodulation Digital modulation Frequency modulation Phase modulation RF signals -
Aerospace and electronic systems
Airborne radar Bistatic radar Cognitive radar Meteorological radar Radar countermeasures -
Circuits and systems
Analog circuits Microwave circuits Millimeter wave circuits Passive circuits Injection-locked oscillators Microwave oscillators -
Education
Communication engineering education Student experiments -
Electron devices
Klystrons Magnetrons Gunn devices P-i-n diodes P-i-n diodes Varactors -
Geoscience and remote sensing
Airborne radar Bistatic radar Cognitive radar Doppler radar Meteorological radar Millimeter wave radar Multistatic radar Radar countermeasures Radar detection Radar equipment -
IEEE organization
IEEE Volunteer activities -
Industry applications
Radiation safety Radiation protection -
Instrumentation and measurement
Impedance matching Baluns Antenna measurements Dielectric measurement Transmission line measurements Microwave measurement Millimeter wave measurements Parameter extraction -
Vehicular and wireless technologies
Body sensor networks -
Engineering in medicine and biology
Hyperthermia -
Engineering management
Conference management -
Magnetics
Circulators