ScholarWorks@Hongik: Choi, Gin kyu

Detailed Information

Choi, Gin kyu (최진규)

College of Science and Technology (Department of Electronic & Electrical Convergence Engineering)

Research Area: 통신신호처리

Tel
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

generalized HyersUlam stability:6||HyersUlam stability:6||Scaling function:4||CFO:3||Wavelet:3||Zero:3||OFDM:3||EneströmKakeya theorem:3||Polynomial:3||UFMC:3||UWB:3||Schur stability:2||Anojk:2||key length:2||linear differential equation:2||Sound synthesis:2||Paraunitary Reconstruction:2||performance enhancement:2||perturbation:2||Impulse response:2||THPPM UWB system:2||Body:2||Ubiquitous wireless sensor networks(UWSN):2||smart home service:2||Physical modeling:2||visible light communication:2||wave equation:2||approximation:2||BER:2||Dyadic tree:2||Power saving transmission:2||RSA encryption:2||Multiresolution:2||Gayageum:2||Schrodinger equation:2||floor function:2||hyperbolic partial differential equation:2||Second Virial Coefficients:1||Short pulse:1||Specific Interaction:1||Subband:1||Transmitted Reference Ultra Wide Band:1||ϵisometry:1||Wavelet Packet Modulation:1||analytic function:1||biperiodic Fibonacci numbers:1||bilinear transformation:1||biquadratic transformation:1||biquadratic transformation matrix:1||bounded domain:1||characterization of quadratic polynomials:1||convex combination:1||digital filter:1||dilation invariance:1||dominant condition:1||hyperbolic potential well:1||isometry:1||mean value type functional equation:1||monotonic condition:1||operator method:1||perturbations:1||piezoresistive coefficients:1||polynomial transformation:1||potential barrier:1||real polynomial:1||reciprocal:1||reciprocal sum:1||time independent Schrodinger equation:1||timeindependent Schrodinger equation:1||transformation matrix:1||VDP (van der Pauw) strain effects (111) silicon stress sensors:1||Analog filter:1||Artificial Neural Network:1||BER degradation:1||CauchyEuler equation:1||Channel estimation:1||Covering:1||CrossLayer:1||Density of the thinnest covering:1||Discrete Prolate Shperoidal Sequence:1||Discrete Wavelet Transform:1||DolphChebyshev:1||Doppler Shift:1||Entropy:1||FBMC:1||Fast Fourier Transform:1||Fibonacci number:1||Filter:1||Hausdorff function:1||Hausdorff hmeasure:1||Lucas number:1||MUI:1||Mobile Adhoc Wireless Sensor Networks:1||Multipath:1||OFDMA:1||Osmotic Pressure:1||PAPR:1||PMF:1||Pascal matrix:1||Peak to Average Power Ratio:1||Perfect Reconstruction:1||Power Quality(PQ):1||Power Saving:1||Routing:1||SBA:1||SFO:1||Scaling Function.:1||

STATISTICS: Total View :2,173,342; Today View :737

RSS_1.0 RSS_2.0 ATOM_1.0

94, Wausan-ro, Mapo-gu, Seoul, 04066, Korea02-320-1314

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE