ScholarWorks@Hanyang University: Nam, Sang Won

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Nam, Sang Won (남상원)

서울 공과대학 (서울 융합전자공학부)

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Correlogram:2||Blind Source Separation:2||KFCM:2||CSLBP:2||LBP:2||Acoustic Echo Cancellation:2||l(1)norm minimization:2||arbitrary scalability:2||Adaptive interpolation:2||Acoustic feedback path:2||Active noise control:2||Timefrequency Masking:2||compactly supported sampling function (CSSF):2||Mch PRFB:2||Variable stepsize:2||Permutation Ambiguities:2||MKFC:2||Volterra filtering:2||Adaptive filter:2||Adaptive filtering:2||Image reconstruction:2||finiteimpulse response (FIR):2||Delayless structure:1||Detection of Moving Objects:1||Diagnosis(진단):1||Digital signal processor(DSP):1||ERLE:1||Electronic warfare:1||Emotion recognition:1||FIR bandpass filters:1||FastICA algorithm:1||Filteredx GSPAP:1||Filteredx LMS:1||Filteredx RLS:1||Finit impulse response(FIR):1||GSPAP:1||Gaussian mixture regression (GMR):1||IFM:1||Impulsive noise:1||Interference:1||Korean dance performance:1||Licenses:1||Light change conditions:1||Light change conditions.:1||Mch DFT filter bank:1||McClellan transformation:1||Modified ��  Scaled sampling kernel:1||NLMS algorithm:1||Nanostructures:1||Neural Network:1||Nonlinear ANC:1||Nonlinear active noise control (ANC):1||Nonlinear echo cancellation:1||Notch FIR filter design:1||Online acoustic feedback path modeling:1||PSO1. 서 론*學生會員 : 漢陽大學校 電子通信컴퓨터學科 碩士課程†교신저자:1||ParksMcClellan algorithm:1||Particle swarm optimization (PSO):1||Photoluminescence:1||Power line interference:1||Pyroelectric infrared (PIR):1||Pyroelectric infrared(PIR):1||Robustness:1||Sampling kernel:1||Signal processing algorithms:1||Smartphone:1||Speaker Recognition(화자 인식):1||Spectral coherence:1||Television audience measurement:1||Thermopile infrared (TIR):1||Thermopile infrared(TIR):1||VSSSSAF:1||Variableparameter:1||Volterra filter:1||Zn2Ti3O8:1||a":1||active impulsive noise control:1||adaptive Volterra filter:1||adaptive filter:1||adaptive filtering:1||adaptive filters:1||affine projection:1||analytical design:1||banddependent variable stepsize:1||block implementation:1||cheminformatics:1||closedform sampling kernel:1||complementary filter:1||computational chemistry:1||convex programming:1||dcnotch filter:1||delayless structure:1||diffusion LMS:1||efficient variable parameter:1||enzyme assays:1||global soft decision:1||identification:1||impulsive interferences:1||independent component analysis:1||individual weighting factor:1||individualweightingfactors sign subband adaptive filter:1||maximum amplitude algorithm (MAA):1||maximum likelihood (ML):1||medicinal chemistry:1||minimisation:1||modified DFT (MDFT) filter bank (FB):1||modified alphascaled sampling kernel:1||modified sampling kernel:1||nondifferentiable convex problem:1||nonlinear active noise control (ANC):1||notch filter:1||optimized adaptive interpolation:1||oscillometric blood pressure estimation:1||phase shift keying:1||projections:1||pulse width modulation (PWM):1||qualitative / quantitative analysis:1||radio frequency electromagnetic interference (RF EMI):1||reconfigurable filter:1||robust against impulsive noise:1||robust variable stepsize:1||s method:1||sampling kernel:1||sign subband adaptive filter:1||signaltonoise ratio (SNR):1||sixthorder Newton&apos:1||sparse Volterra systems:1||spectral gradient:1||speechpresence uncertainty:1||stereophonic sound:1||subband adaptive filter:1||variable stepsize sign subband adaptive filter:1||감성인식:1||배경 모델링:1||우리춤:1||움직임 분석:1||이동 물체 검출:1||":1||正會員 : 漢陽大學校 電子通信컴퓨터學科 敎授工博Email : swnam@hanyang.ac.kr接受日字 : 2006年 12月 27日最終完了 : 2006年 2月 18日:1||(1)norm minimisationbased variable stepsize:1||2D FIR filter:1||Acoustic echo cancellation (AEC):1||Adaptive filters:1||Adaptive volterra filter:1||Affine projection sign algorithm:1||Analog to digital converter (A/D):1||Analog to digital converter(A/D):1||Arbitrary scalability:1||Arctangentcostfunction:1||Audio matching:1||Background Modeling:1||Banddependent variable stepsize:1||Biased estimation:1||Chatter(채터):1||Compactly Supported Sampling Function:1||Compactly supported sampling function (CSSF):1||Computational complexity:1||Convergence:1||Correlation RLS:1||DFD:1||

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