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Темы диссертаций и авторефератов по специальности «Антенны, СВЧ устройства и их технологии», ВАК РФ 05.12.07

  • Prace doktorskie pozyskane z Internetu

Ostatnio umieszczono – 16/2007, 2/2013, 1/1998..

2013

  1. Charl Wynand Baard “Design of the Dual-Shaped Triple Layer Pillbox Antenna“, University of Stellenbosch
  2. Jonathan Doane “Wideband Low-Profile Antenna Arrays: Fundamental Limits and Practical Implementations “ Ohio State University
  3. Gabriele Rosati “Numerical Analysis and Design of Antenna Systems for Micro/Nano Satelites“, ÉCOLE POLYTECHNIQUE FÉDÉRALE DE LAUSANNE
  4. Aki Karttunen “Millimetre and submillimetre wave antenna design using ray tracing” Aalto University 
  5. Israel Hinostroza “Conception de reseaux large bande d’antennes spirales”, STITS

2012

  1. .Zhen Hua Sampson Hu “Antennas with frequency domain control for future communication system“, University of Birmingham 

2011

  1. Vahid Dehghanian “Generalized Diversity Gain of a Mobile Antenna”, University of Calgary
  2. Mohammad Rijal Hamid “Wideband Reconfigurable Antennas|”, University of Birmingham
  3. Anil Kumar “Optical Nano-Antennas:Fabrication, Characterization and Applications“, University of Illinois
  4. Leonardo Lizzi “Innovative Techniques for Antenna Synthesis in Modern Wireless Communication System“, University of Trento
  5. Alireza Vashghani Farahani ” Numerical Modeling of Wave Propagation in Strip Lines with Gyrotropic Magnetic Substrate and Magnetostatic Waves”, University of Toronto
  6. Francesco Merli “Implantable Antennas for Biomedical Application” EPFL
  7. Murad “Micromachined Millimeter Wave Circuits“, Birmingham
  8. Cavallo Daniele “Connected Array Antennas”, TU Eindhoven
  9. Khan Asim Ali “Performance optimisation of small antenna arrays“, University of Manchester 
  10. Talal F. Skaik “Synthesis of coupled Resonator Circuits with Multiple Outputs using Coupling Matrix Optimization” University of Birmingham

2010

  1. Monther Younis Abusultan “Digital Implementation of Direction-of-Arrival Estimation Techniques for Smart Antenna Systems“, Montana State University
  2. Brown J.R. ” The Microwave Response of Ultra Thin Microcavity Arrays”, University of Exeter
  3. Haiyang Chao” Cooperative Remote Sensing and Actuation Using Networked Unnanned Vehicles“, Utah State University
  4. Vishwanath Iyer “Broadband Impedance Matching of Antenna Radiators“, Worcester Polytechnic Institute
  5. Rob Maaskant “Analysis of Large Antenna Systems“, Eindhoven University of Technology
  6. Andre Pollok “Multi-Antenna Techniques for Millimetre-Wave Radios“, University of South Australia 
  7. Aykut Chihangir “ ”Radiation Characteristic Analysis of Tapered Slot Antennas”, Middle East Technical University
  8. Meltem Yildirim “Design of Dual Polarized Wideband Microstrip Antennas”, Middle East Technical University 
  9. Titos Kokkinos “Analysis and design of metamaterial-inspired microwave structures and antenna applications“, Loughborough University
  10. Xiaodong Zhuge ” Short-Range Ultra-Wideband Imaging with Multiple-Input Multiple-Output Arrays “ , Delft University of Technology 

2009

  1. Paul Antonik “An Investigation of a Frequency Diverse Array“, University College London
  2. Bybi P.C. ” Broadband wide coverage uniplanar antenna“, University of Cochin
  3. Anders Ellgardt “Wide-angle scanning wide-band phased array antennas“, KTH Stockholm
  4. Lukas W. Mayer “Antenna Design for Future Multi-Standard and Multi-Frequency RFID Systems” University of Vien
  5. Guo Lu “Study and Miniaturisation of Antennas for Ultra Wideband Communication Systems“, University of London
  6. Mowler “Reconfigurable MEMS Antennas and Coupling Matrix Estimation“, KTH Stockholm
  7. Aboukhousa Mohamed Ahmed ” Novel Modulated Antennas And Probes for Milimeter Wave Imaging Applications“, Missouri

2008

  1. Joseph Bevelacqua “Antenna arrays: Perfoormance Limits and Geometry Optimization“, Arizona State University
  2. Jeffrey D. Connor “Antenna Array Synthesis Using the Cross Entropy Method“, Florida State University
  3. Eva Antonino Daviu “Analysis and Design of Antennas for Wireless Communications Using Modal Methods”, University of Valencia
  4. Mervi Hirvonen “Perfomance enhancement of small antennas and applications in RFID“, Helsinki University
  5. Hongcang Gua “Fabriocation and Optical Characterization of Metamaterials and Nano-Antennas“, University of Stuttgart
  6. Mohammad Jahromi “Optical and Microwave Beamforming for Phased Array Antennas”, University of Waterloo
  7. Majid Baghaei Nejad “Ultra Wideband Impulse Radio for Wireless Sensing and Identefication“, KTH Royal Institute of Technology
  8. Shannon Wanner “Phased Array System Design” Iowa State University
  9. Carson R. White “Single-and Dual-Polarized Slot and Patch Antennas with Wide Tuning Ranges”, University of Michigan
  10. Mohammad Vahdani”Low-profile, Ultra Wideband and Dual Polarized Antennas and Feeding Systems“, Paris

2007

  1. Dirk I.L.de Villiers “Analysis and Design of Conical Transmission Line Power Combiners”, University of Stellenbosch
  2. Alomainy Akram “Antennas and Radio Propagation for Body-Centric Wireless Networks” University of London
  3. Marta Cabedo Fabres “Systematic Design of Antennas using the Theory of Characteristic Modes”, University of Valencia
  4. Giovanni del Galdo “Geometry-based Channel Modeling for Multi-User MIMO Systems and Application   ” University of Ilmenau
  5. You Gao “Characterisation of Multiple Antennas and Channel for Small Mobile Terminals“, Queen Mary, University of London
  6. Ikonen P. “Artificial electromagnetic composite structures in selected microwave applications” , Helsinki University of Technology
  7. Magnus Karlsson “Ultra-wideband Antenna and Radio Front-end Systems“, Linkoping University
  8. P.R. King “Modeling and Measurement of the Land Mobile Satellite MIMO Radio Propagation Channel”, University of Surrey
  9. Shashank Kulkarni “Development and Validation of a Method of Moments Approach for Modeling Planar Antenna Structures“, Worcester Polytechnic Institute
  10. Peter Lindberg “Wideband Active and Passive Antenna Solution for Handheld Terminals”, Uppsala University
  11. Yu-Jiun Ren “Microwave and Millimeter-Wave Rectifying Circuits Arrays and Ultra-Wideband Antennas for Wireless Power Transmission and Communications”, Texas A&M University
  12. Tsunemitsu Yasuhiro “Ortogonally-Aranged Center-Feed Single-Layer Slotted Waveguide Array Antennas for Polarization Division Duplex” Tokyo
  13. Vanhille Kenneth J. “Design and Characterization of Microfabricated Three-Dimensional Milimeter-Wave Components”, University of Colorado
  14. Alaa Ibrahim Abunjaileh “Multimode and Multiband Microstrip Antennas”, University of Leeds
  15. Santanu Kumar Behera ”Novel Tuned Rectangular Patch Antenna As a Load for Phase Power Combining”, Jadavpur University, Kolkuta
  16. Krzysztof Wincza “Planarne i konforemne zintegrowane układy antenowe z macieżą Butlera jako siecią formowania wielu wiązek. Analiza, projektowanie i badania eksperymentalne”, Politechnika Wrocławska 
  17. Kenneth J. Vanhille “Design and Characterization of Microfabricated Three-Dimensional Millimeter-Wave Components”, University of Colorado

2006

  1. Cameron T.Charles “A Calibrated Phase and Amplitude Control System for Phased-Array Transmitters“, University of Washington
  2. Sifiso Busisa Gambahaya “Design and Implementation of the Pillbox Antenna for SASARII“, University of Cape Town   Matlab  
  3. Jianxin Liang “Antena Study and Design for Ultra Wideband Communication Applications” University of London
  4. Francisko Manuel Soares “Photonic Integrated True-Time-Delay Beamformers in InP Technology”, University of Eindhoven 
  5. Men-Hua-Tu ” Wideband Phased Array Antennas and Compact, Harmonic-Suppresed Microstrip Filters“, Texas University
  6. Erik Ojers “Integrated Antennas Monolithic and Hybrid Aproaches”, Uppsala
  7. Devarapalli “Rectangular Waveguide Narrow-Wall Longituda-Aperture Antenna Arrays for High Power Applications” University of New Mexico
  8. Stanculovic Sebastijan “Theoretical synthesis and experimental measurements of slotted waveguiode feeding systems for 2.45 GHz industrial microwave heating installations” Karlsruhe 
  9. Marcel Gouws “Modelling of a monostatic borehole radar antenna“, University of Stellenbosch

2005

  1. 1.Sami Hienonen “Studies on Microwave Antennas: Passive Intermodulation Distortion in Antenna Structure and Design of Microstrip Antenna Elements”, Helsinki University of Technology
  2. Amirreza Khajehnarizi”A generalized 2-D Multiport Model for Planar Circuits with Slots in Ground Plane” University of Waterloo 3
  3. Wang” Superconducting coplanar delay line”, Birmingham
  4. Abdel Rahman “Design and Development of High Gain Wideband Microstrip Antenna and DGS Filters Using Numerical Experimentation Approach”, Magdeburg
  5. Paul Binu ”Development and Analysis of Microstrip Antennas for Dual Band Microwave Communication”, Cochin India

2004

  1. Dave Bekers “Finite Antenna Arrays: An Eigencurent Approach”, Eidhoven University
  2. Yuki Inoue “A Study of High-Precision Array Antenna System for Adaptive Antenna in Mobile Communication“, Yokohama National University
  3. Salman Durrani “Investigations into Smart Antennas for CDMA Wireless Systems” University of Queensland
  4. Lethakumary “Development and Analysis of Broadband L-Strip Fed Microstrip Antennas“, Cochin
  5. Jani Ollikainen “Design and Implementation Techniques of Wideband Mobile Communications Antennas ” Helsinki University
  6. Hunt “Transition-Edge Superconducting Antenna-Couled” CIT Pasadena

2003

  1. Misha Dohler “Virtual Antenna Arrays”, University of London
  2. Wolfgang Konrad “Design of an Adaptive Antenna Demonstrator for Digital Beaforming“, Technical Universitety of Vien
  3. Khaled Obeidat “Design and Characterization of Multi-Layer Coplanar Waveguid Baluns and Inductors” University of South Florida
  4. Minhong Mi “Analysis, Design and optimization of Antennas on CMOS Integrated Circuits for Energy Harvesting Application”, University of Pittsburg
  5. Paul Le Roux Herselman “Borehole Radar System Analysis in Stratified Geological Systems Applied to Imaging of Platiniferous Reefs in the Bushveld Igneous Complex”  University of Stellenbosch
  6. Kian Pin Ong “Signal Processing for Airborne Bistatic Radar“, University of Edinburg

2002

  1. Brown Timothy “Antenna Diversity for Mobile Terminals”, University of Surrey
  2. Pavel V.Nikitin “Analysis of heating, ventilation and air conditioning ducts as a radio frequency communication channel” Carnegie Mellon University
  3. Mathias Wennstroom “On MIMO Systems and Adaptive Arrays For Wireless Communication” Uppsala University
  4. Darko Popovic “Constrained Lens Arrays for Communication Systems with Polarization and Angle Diversity” , University of Colorado 
  5. Krichiro Takamizawa “Analysis of Highly Coupled Wideband Antenna Array Using Scattering Parameter Network Models“, Virginia Polytechnic Institute
  6. Keith C.Huie “Microstrip Antennas Broadband Radiation Patterns Using Photonic Crystal Substrates”, Virginia Polytechnic Institute

2001

  1. Forman Active Antenna Arrays For Power Combining And Communications”, University of Colorado 
  2. Modesh Godavarti “Multiple Antennas in WirelessCommunications:Array Signal Processing and Channel Capacity“, University of Michigan
  3. Persefoni Kyritsi” Multiple Element Antenna Systems in an Indoor Environment
  4. Werner Vorster “The Effect of Microwave Radiation On Mineral Processing”, University of Birmingham
  5. Jan Peter Peeters Weem “Broad band Antenna Arrays and Noise Coupling For Radio Astronomy” University of Colorado

2000

  1. Gonzalo Seco Granados, “Antenna Arrays for Multipath and Interference Migration in GNSS Receivers”, University of Catalunya

1999

  1. Christos Kalialakis ” Finite difference time domain analysis of microstrip antenna – circuit model” University of Birmingham
  2. Heinz Novak “Switched-Beam Adaptive Antenna System” Technischen Universtat Wien
  3. Sievenpiper Daniel Frederic “High-Impedance Electromagnetic Surfaces” University of California
  4. Murat Torlak “Estimation and Capacity of Channels in Smart Antenna Wireless Communication Systems” University of Texas
  5. Vorst Martinus “Integrated Lens Antennas for Submilimetre-wave Applications” TU Eidhoven
  6. Yaron Seliktar” Space-Time Adaptive Monopulse Processing“, Georgia Institute of Technology 

1998

  1. J.M.Butler ” Tracking and Control in Multi-function Radar“, University of London
  2. Jose G. Colom ” Analysis and Development of Microstrip Interdigitated Structures Using FDTD and Statistical Techniques“, The Pennsylvania State University
  3. A.Jeziorski “Analiza i synteza niesymetrycznych anten dwureflektorowych“, WAT

1996

  1. Wiliam J. Buchanan “Analysis of Electromagnetic Wave Propagation using the 3D Finite-Difference Time-Domain Method with Parallel Processing“, Napier University
  2. Jan Weem “Broad Band Antenna Arrays And Noise Coupling For Radio Astronomy”, University of Colorado

1989

  1. Mark Tilston, “Thin-wire reciprocal multiradius implementation of the electromagnetic moment method“, University of Toronto

 

Prace magisterskie i inżynierskie z Internetu

 

 

2012

1.Aytun Alper ” Frequency diverse array radar” NPS Monterey

2011

  1. Ahmed Alsager “ Design and Analysis of Microstrip Patch Antenna Arrays”, University College of Boras
  2. Haris Majeed, Rahim Umar, Arslan Ali Basit “ Smart Antennas-MIMO, OFDM & Single Carrier FDMA for LTE” University Lineaeus
  3. Moreira Frederico Jose Teixeira “Broadband Feed for a Parabolic Antenna for Sateellite Tracking” University do Porto
  4. Laeeq Riaz “ Design of Ultra Wideband Antenna Array for Microwave Tomografy”, University of Gavle
  5. Diane C. Folz ” Variable Frequency Microwave Curing of Polyurethane”,  Virginia Polytechnic Institute
  6. Esther Ler-Yen Yu “A Numerical Modeling Study of a planar Holografic Antenna”, University of Ottawa 

2010

  1. Akherov M. “Microwave Absorption in nanostructures”,  University of California Santa Cruz
  2. Behera Saumya Ranjan, Vishnu V “Dual Band and Dual Polarized Microstrip Patch Antenna” National Institute of Technology Rourkela
  3. A.J.N. Maritz “Investigation and Design of a Slotted Waveguide Antenna with Low 3D Sidelobes”, Stellenbosch University
  4. Vinay Magadi Vikram “A planar Cavity Backed Slot Antenna Array For Ultra-Wideband Automotive Monopulse Radars”, University of Texas
  5. Aykut Cihangir “Radiation Characteristic Analysis of Tapered Slot Antennas”, Middle East Technical University
  6. Meltem Yildirim ” Design of dual polarized Wideband Microstrip Antennas“, Middle East Technical University

2008

  1. Smith Christopher “Wideband dual-linear polarizes microstrip patch” Texas A&M University
  2. Yan Shen “An automatic antenna matching method for monostatic FMCW radars”

2005

  1. Gareth Louis Shaw “Patch Antenna Design”, University of The Witwatersrand Johannesburg
  2. Georg Lischka ” Design and Realization of Microstrip-Transmissions up to 90 GHz” Technical University  Wien
  3. Mauricio Sanchez Barbetty “Design and Implementation of a Transceiver and a Microstrip Corporate Feed For Solid State X-Ray Band Radar “ University of Puerto Rico

2004

  1. Eunni Madhuri Bharadwaj “A Novel Planar Microstrip Antenna Design for UHF RFID” Madras University
  2. Punit S.Nakar “Design of a Compact Microstrip Patch Antenna for Use in Wireless/Cellular Devices”, Florida State University
  3. Plicanic Vanja  “Antenna Diversity Studies and Evaluation” Lund University
  4. Sundara Kumara Vadivelu ” Grating Lobe Suppression Through Subarray Rotation for Fine Resolution Antenna Arrays” University of Madras

2003

  1. Chih heng Liu ”  Distributed Subarray Antennas for Multifunctional Phased-Array Radar“ Monterey      Matlab
  2. Christer Johansson “Numerical Methods for Ports in Closed Waveguides”, Stockholm University

2002

  1. Keith C. Hue “Microstrip antennas: Broadband Radiation Patterns Using Photonic Crystal Sy\ubstrates”, Virginia Polytechnic Institute

2000

  1. Yeo Chin Liang “ Active Microstrip Array Antennas” University of Queensland

1999

  1. Ghoreishian Idine “The Spiro-Helical Antenna”, Virginia Polytechnic Institute
  2. Guven Emin “Telemetry and GPS antennas for a micro air vehicle” Naval Postgraduate School, Monterey1999 horrell
  3. horrell

1997

  1. Gobien Andrew T. “Investigation of Low Profile Antenna Designs for Use in Hand-Held Radios ” Virginia Polytechnic Institute
  2. Mehdi Hamid Zahedi “Studi of ElectromagniticallyCoupled Microstrip Arrays” University of Manitoba

1996

  1. Kuchar “Aperture coupled microstrip antennas” Wiena

1992

  1. Louis Trichardt Hildebrandt “The analysis of microstrip wire-grid antenna arrays” Pretoria

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