A JUSTIFICATION FOR THE IMPROVED PERFORMANCE OF THE MULTI-SPLIT LMSALGORITHM,A low power adaptive equalizer for PRML disk-drive read channels, A low power normalized-LMS decision feedback equalizer for a wireless pack...A JUSTIFICATION FOR THE IMPROVED PERFORMANCE OF THE MULTI-SPLIT LMSALGORITHM,A low power adaptive equalizer for PRML disk-drive read channels, A low power normalized-LMS decision feedback equalizer for a wireless packet modem,A neural nonlinear adaptive filter with a trainable activation function,A new adaptive channel estimator for turbo decoding in Rayleigh fading channels,A NEW ADAPTIVE IIR ALGORITHM FOR ACTIVE NOISE CONTROL.展开更多
A COMPARATIVE STUDY OF (EMG){sub}(di) RECORDING ELECTRODES;A Comparative Study of Predictive Transmit Power Control Schemes for S-UMTS;A DSP Echo Cancellation Algorithm: Abstraction to Implementation;A FINITE PRECISIO...A COMPARATIVE STUDY OF (EMG){sub}(di) RECORDING ELECTRODES;A Comparative Study of Predictive Transmit Power Control Schemes for S-UMTS;A DSP Echo Cancellation Algorithm: Abstraction to Implementation;A FINITE PRECISION LMS ALGORITHM FOR INCREASED QUANTIZATION ROBUSTNESS;A Flexible Design of a Decision Feedback Equalizer and a Novel CCK Technique for Wireless LAN展开更多
文摘A JUSTIFICATION FOR THE IMPROVED PERFORMANCE OF THE MULTI-SPLIT LMSALGORITHM,A low power adaptive equalizer for PRML disk-drive read channels, A low power normalized-LMS decision feedback equalizer for a wireless packet modem,A neural nonlinear adaptive filter with a trainable activation function,A new adaptive channel estimator for turbo decoding in Rayleigh fading channels,A NEW ADAPTIVE IIR ALGORITHM FOR ACTIVE NOISE CONTROL.
文摘A COMPARATIVE STUDY OF (EMG){sub}(di) RECORDING ELECTRODES;A Comparative Study of Predictive Transmit Power Control Schemes for S-UMTS;A DSP Echo Cancellation Algorithm: Abstraction to Implementation;A FINITE PRECISION LMS ALGORITHM FOR INCREASED QUANTIZATION ROBUSTNESS;A Flexible Design of a Decision Feedback Equalizer and a Novel CCK Technique for Wireless LAN