ScholarWorks@Soongsil University: Kim, Boo Gyoun

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Kim, Boo Gyoun (김부균)

Department of Electronic Engineering

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Mutual coupling:14||Patch antenna:10||Microstrip patch antennas:9||Radiation characteristics:8||Phased array antenna:7||surface wave:7||Volume 17:6||Antenna arrays:6||Surface wave:6||Suppressed radiation in horizontal directions:6||Multisection DFB laser:5||mutual coupling:5||Microstrip patch antenna:5||Substrate thickness:4||SelfPulsation:4||bandwidth enhancement:4||Multisection DFB lasers:4||phased array antenna:4||Antenna radiation patterns:4||Gain spectrum:3||Photomixing methods:3||Dual mode laser:3||radiation characteristics:3||substrate size:3||Finite grounded substrate:3||Finite grounded substrate.:3||deepridge waveguide:3||Optical terahertz wave:3||Bandwidth:2||optical microelectromechanical system (MEMS):2||Image method:2||Jitter:2||Active reflection coefficient:2||EBG structure:2||Highmodulation index:2||microstrip patch antenna:2||microstrip antennas:2||phased array antennas (PAAs):2||Surface wave.:2||planar invertedF antenna (PIFA):2||Erbiumdoped fiber amplifier:2||Terahertz wave generation:2||portable media player (PMP):2||MachZehnder modulator:2||All optical 3R regenerator.:2||AAM:2||Facet phase:2||finite grounded substrate:2||radiation pattern:2||radiation pattern.:2||Facet reflectivity:2||High speed optical signal processing:2||Pulsation DFB lasers:2||Yield†Email: bgkim@e.su.ac.kr《연구논문》Hankook Kwanghak Hoeji:2||Active element pattern. Microstrip patch antennas:2||Microwave photonics:2||inductive loaded patch antenna:2||February 2006:2||Finite Square Substrate:2||Average acitive element pattern:2||Digital Video BroadcastingHandheld (DVBH):2||Mushroomlike EBG structure:2||bandwidth:2||Pin radius:2||beam forming networks:2||April 2006:2||feed substrate:2||Photomixing methods.†Email: bgkim@e.ssu.ac.krI.《연구논문》Hankook Kwanghak Hoeji:2||December 2006연구논문《 》양 단면 반사율과 위상 조정 영역의 위상이 다중 영역 레이저의IndexCo:2||true timedelay (TTD):2||PCB:2||vertical directional coupler:2||Phase of a phase tuning section:2||Number 1:2||위상배열 안테나(Phased Array Antenna):2||Number 2:2||광 실시간 지연선로(Optical True TimeDelay):2||광섬유 브래그 격자 (Fiber Bragg Grating)†Email: jdshin@ssu.ac.krI.《연구논문》Hankook Kwanghak Hoeji:2||Number 6:2||광섬유 지연선로(FiberOptic Delay Line):2||다중 영역 DFB 레이저:2||Finite square substrate:2||단면 반사율:2||doublesided wafer process:2||Finite substrate:2||수율:2||Optical feedback:2||Optical generation of millimeter waves:2||Bandgap:2||EMC:2||Selfpulsation:2||SfM:2||Inductor loaded patch antenna:2||optical feedback:2||doublesided process:1||dualband antenna:1||edge effect:1||electromagnetic compatibility:1||embedded PCB:1||fiber Bragg gratings:1||fiberoptic delay line:1||flipchip bonding technique:1||fringing effect.:1||high extinction ratio:1||high extinction ratio.:1||high isolation:1||hot embossing technique:1||hybrid integrated subassembly module:1||impedance matching circuit:1||impedance matching network:1||inductor loaded patch antenna:1||linear antenna arrays:1||linear array antenna:1||loop antenna:1||microstrip antenna:1||mirror AEP method:1||multisection DFB lasers:1||multisection distributed feedback laser:1||multimode interference:1||multipleinputmultipleoutput (MIMO) antenna:1||multiwavelength source:1||mutual resonance:1||near field probe:1||near field scanning:1||optical generation of millimeter waves.:1||optical true
timedelay:1||optical true timedelay:1||optimum radiation characteristics:1||patch antenna:1||perforated antenna:1||phased array:1||phasedarray antennas:1||polarization independence:1||polarization independent characteristics:1||proximity coupled:1||proximity coupled feeding:1||pulsation DFB lasers:1||radiation characteristic.:1||reflection:1||resonant frequency:1||scan blindness:1||selfcomplementary structure (SCS):1||selfmode locking:1||selfpulsating laser:1||selfpulsation:1||selfpulsations:1||semiconductor lasers:1||shared aperture:1||sharedaperture:1||shielding effectiveness:1||short coupling length:1||shunt stub:1||single mode yield above threshold:1||spatial hole burning corrected yield at threshold:1||symmetric structure.:1||ultra shortcoupling length:1||wavelength division multiplexing:1||wide bandwidth:1||wireless local area network (WLAN):1||광 실시간 지연선로:1||광섬유 지연선로:1||다파장 광원:1||단면 회절격자 위상:1||모델 매칭:1||얼굴 검출:1||얼굴 윤곽 추출:1||얼굴 인식:1||위상 조정 영역 위상:1||위상 조정 영역의 위상:1||위상배열 안테나:1||:1||텍스쳐 합성:1||180° Phase Shifter:1||3D Face Modeling:1||3D Reconstruction:1||3D Shape Modeling:1||3D 복원:1||3D 얼굴 모델링:1||3D 형상 모델:1||Antenna array:1||Antenna radiation:1||Aperture Coupled Feeding:1||Aperture coupled antenna:1||Aperture coupled feeding:1||ApertureCoupled Antenna:1||Balun:1||Bandwidth enhancement:1||Bidirectional laser:1||Broadband:1||CO2 Emission:1||Compact antenna:1||DVBT/H:1||Direct modulation:1||Dual mode:1||EMI:1||Edge effects:1||Effective dielectric constant:1||Effective medium theory.:1||Face Alignment:1||Face Recognition:1||Facial Feature Detection:1||Finite grounded dielectric substrate:1||Geometrical optics:1||Green IT:1||High
modulation index:1||High Permittivity Feed Substrate:1||High permittivity substrate:1||IEC 61967:1||Inductive loaded antenna:1||Inductive loaded transmission line:1||Insertion Loss:1||Integration with MMIC:1||MMIC:1||MMIC integration:1||Microelectromechanical system.:1||Microstrip Antennas:1||Microstrip Patch Antenna:1||Microstrip antennas:1||Mobile Base Station:1||Model Matching:1||Monolithic Microwave Integrated Circuits (MMICs):1||Mutual Resonance:1||NFP:1||Noise:1||Optical Connector:1||Optical MEMS(MicroElectroMechanical System) Switch.:1||Patch width.:1||Phased Array Antenna:1||Planar:1||Power Loss:1||Proximity Coupled Feeding:1||Radiated Emission:1||Radiation pattern:1||Reconfigurable Antenna:1||Rectangular laser:1||Ring laser:1||SAR:1||Scratch:1||Shared Aperture Structure:1||Shunt stub:1||SiP:1||Stacked Patch Antenna:1||Substrate size:1||THz 대역:1||Texture Blending:1||Transmission Coefficient.:1||True TimeDelay:1||True timedelay:1||Vertical directional coupler:1||Wide Bandwidth:1||active element pattern (AEP):1||alloptical clock recovery:1||aperture coupled feeding:1||aperture coupled microstrip patch antenna:1||aperture coupled patch antenna:1||aperture coupling:1||aperture length:1||aperture width:1||beamforming networks:1||broadband:1||carbon nanotube film:1||complexcoupled grating:1||coupling length.:1||distributed feedback (DFB) lasers:1||distributed feedback lasers:1||

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