ScholarWorks@Soongsil University: Hong, Sun K.

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Hong, Sun K. (홍순기)

College of Information Technology (Department of Electronic Engineering)

Research Area: 초고주파 및 밀리미터파, 안테나 및 레이다, 무선전력전송, microwaves and millimeter waves, Antennas and Radars, Wireless Power Transmission

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:4||nonlinear radar:3||FMCW:3||harmonic radar:3||Nonlinear Detection:3||wireless power transfer (WPT):3||Harmonic Radar:2||Harmonic analysis:2||Wireless communication:2||Receiving antennas:2||timereversal:2||Impedance:2||DORT:2||Timereversal:2||rectifier:2||wireless power transfer:2||circular polarization:2||sharedaperture:2||Voltage measurement:2||Intermodulation:2||Epulses:1||Eigenvalues and eigenfunctions:1||Energy Harvesting:1||Energy harvesting (EH):1||FarField:1||Feeds:1||Finitedifference timedomain (FDTD) method:1||Focusing:1||Frequency measurement:1||GroundPenetrating Radars:1||Harmonic:1||Harmonic Radars:1||Impedance matching:1||Integrated circuit modeling:1||Internet of Things (IoT):1||IoT:1||KaBand:1||Kaband:1||Key words: Wireless Power Transfer:1||Machine Learning:1||Microwave circuits:1||Microwave measurement:1||MillimeterWaves:1||Narrowband:1||Nonlinear Optimization:1||Nonlinear RCS.:1||Nonlinear Radar:1||Pattern Method:1||Pattern Synthesis:1||Power harmonic filters:1||Power measurement:1||RF energy harvesting:1||Radar:1||Radar antennas:1||Radio frequency:1||Rectifiers:1||Retrodirective Array:1||Rotman Lens:1||Selfcomplementary:1||Semiconductor device measurement:1||Semiconductor device modeling:1||Sidelobe Blanking:1||Target Classification:1||Time Reversal:1||Timedomain analysis:1||Transmitting antennas:1||UWB:1||Wideband:1||Wireless Power Transfer:1||Wireless Power Transfer (WPT):1||antenna array:1||antennas:1||bandnotch:1||beamforming:1||broadband:1||broadband rectifier:1||communication system security:1||complex environment:1||complex propagation environment:1||directive strips:1||disordered cavities:1||dualband antenna:1||efficiency:1||energy harvesting:1||gain enhancement:1||harmonic suppression:1||high efficiency:1||impulse radar:1||large signal analysis:1||matching network:1||metamaterials:1||metasurface:1||microstrip:1||microwave devices:1||nonlinear radar:1||nonlinear tag:1||nonlinear RCS:1||nonlinear detection:1||nonlinear junction detection:1||particle swarm optimization (PSO):1||patch antenna:1||phased array:1||planar bowtie:1||plasmon induced transparency:1||power amplifier (PA):1||probability density function (PDF):1||pulse compression:1||radar:1||random coupling model (RCM):1||rectification efficiency:1||rectifiers:1||remote vital sensing:1||resonance scattering:1||selective focusing:1||sensors:1||short pulse:1||singularity expansion method:1||spiral antenna:1||target identification:1||throughthewall (TTW) detection:1||timedomain:1||travelingwave antennas:1||ultrawideband:1||ultrawideband antenna:1||wave propagation:1||wave chaos:1||wideband antenna feeds:1||wireless systems:1||5G:1||Antenna measurements:1||Aperture coupling:1||Bandstop filtering:1||Beamforming:1||Broadband:1||Broadband communication:1||Broadband rectifier:1||Buried Targets:1||Cband:1||Capacitors:1||Chirp:1||Circular polarization:1||Complementary metaloxide semiconductor (CMOS):1||Complex Propagation Environment:1||Complex propagation:1||Concealed Target:1||Decomposition of the timereversal operator (DORT):1||Digital Active Phased Array Antenna:1||

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