[[abstract]]© 1995 Institute of Electrical and Electronics Engineers - This paper presents a modified general optimum block adaptive (GOBA) algorithm for block adaptive decision-feedback equalization (DFE) of multipath fading channels. As compared to the sequential fast Kalman algorithm and another previously proposed optimum block adaptive algorithm, the modified GOBA algorithm can achieve better error-rate performance for block adaptive DFE of rapid fading HF radio channels.[[department]]電機工程學
The paper investigates adaptive equalization of time dispersive mobile ratio fading channels and dev...
Abstract — In this paper we have studied channel models (flat fading and frequency selective fading ...
Novel channel equalizer algorithms are introduced for wireless communication systems to combat chan...
[[abstract]]This paper presents a modified general optimum block adaptive (GOBA) algorithm for block...
[[abstract]]This brief presents a modified general optimum block adaptive (MGOBA) algorithm for bloc...
Abstract—This paper presents a novel receiver design from signal processing viewpoint for direct-seq...
[[abstract]]© 1992 Institute of Electrical and Electronics Engineers - A general optimum block adapt...
[[abstract]]This paper presents a novel receiver design from signal processing viewpoint for direct-...
[[abstract]]© 1993 Institute of Electrical and Electronics Engineers - A general optimum block adapt...
[[abstract]]A general optimum block adaptive (GOBA) algorithm for adaptive FIR (finite impulse respo...
Abstract—In this letter, a new block adaptive decision feedback equalizer is developed. Both the fee...
To effectively suppress intersymbol interference (ISI) at low complexity, in this paper, we propose ...
This paper concerns the feasibility and achievable performance of adaptive filtering in an interfere...
The performance of fast-adapting Kalman algorithms in adjusting the tap weights of digital equalizer...
Abstract — The application of nonlinear equalizer is developed in our paper for compensating the mul...
The paper investigates adaptive equalization of time dispersive mobile ratio fading channels and dev...
Abstract — In this paper we have studied channel models (flat fading and frequency selective fading ...
Novel channel equalizer algorithms are introduced for wireless communication systems to combat chan...
[[abstract]]This paper presents a modified general optimum block adaptive (GOBA) algorithm for block...
[[abstract]]This brief presents a modified general optimum block adaptive (MGOBA) algorithm for bloc...
Abstract—This paper presents a novel receiver design from signal processing viewpoint for direct-seq...
[[abstract]]© 1992 Institute of Electrical and Electronics Engineers - A general optimum block adapt...
[[abstract]]This paper presents a novel receiver design from signal processing viewpoint for direct-...
[[abstract]]© 1993 Institute of Electrical and Electronics Engineers - A general optimum block adapt...
[[abstract]]A general optimum block adaptive (GOBA) algorithm for adaptive FIR (finite impulse respo...
Abstract—In this letter, a new block adaptive decision feedback equalizer is developed. Both the fee...
To effectively suppress intersymbol interference (ISI) at low complexity, in this paper, we propose ...
This paper concerns the feasibility and achievable performance of adaptive filtering in an interfere...
The performance of fast-adapting Kalman algorithms in adjusting the tap weights of digital equalizer...
Abstract — The application of nonlinear equalizer is developed in our paper for compensating the mul...
The paper investigates adaptive equalization of time dispersive mobile ratio fading channels and dev...
Abstract — In this paper we have studied channel models (flat fading and frequency selective fading ...
Novel channel equalizer algorithms are introduced for wireless communication systems to combat chan...