A simple technique for removing intersymbol interference (ISI) introduced by "linearly frequency-selective" fading channels is presented. The technique involves the optimization of the overall impulse response of the transmit and receive filters and effectively reduces the channel to one which is flat fading. Computer simulation results show that this equalization method works for channels with small delays
In recent years, theoretical and practical investigations have shown that it is possible to realise ...
This paper deals with the problem of designing linear time-varying (LTV) finite-impulse response equ...
This paper deals with the problem of designing linear time-varying (LTV) finite-impulse response equ...
Abstract—A simple technique for removing intersymbol inter-ference (ISI) introduced by “linearly fre...
Abstract — In this paper we have studied channel models (flat fading and frequency selective fading ...
This paper presents a simple DPSK receiver for the frequency-selective fading channel. The channel i...
This paper addresses the use of multichannel receivers for blind equalization in TDMA under frequenc...
In this paper, a time domain equalization algorithm is proposed for single-TX multiple-RX OFDM syste...
We consider channels affected by intersymbol interference with reduced-complexity, mutual informatio...
This paper describes the limiting behavior of linear and decision feedback equalizers (DFEs) in sing...
In this paper, we optimize delay diversity (DD) for the case when simple linear equalization (LE) is...
We consider channels affected by intersymbol interference with reduced-complexity, mutual informatio...
As an alternative to existing techniques and algorithms, we investigate the merit of the H∞ approach...
In recent years, theoretical and practical investigations have shown that it is possible to realise ...
Communication systems transmitting over frequency-selective channels generally employ an equalizer t...
In recent years, theoretical and practical investigations have shown that it is possible to realise ...
This paper deals with the problem of designing linear time-varying (LTV) finite-impulse response equ...
This paper deals with the problem of designing linear time-varying (LTV) finite-impulse response equ...
Abstract—A simple technique for removing intersymbol inter-ference (ISI) introduced by “linearly fre...
Abstract — In this paper we have studied channel models (flat fading and frequency selective fading ...
This paper presents a simple DPSK receiver for the frequency-selective fading channel. The channel i...
This paper addresses the use of multichannel receivers for blind equalization in TDMA under frequenc...
In this paper, a time domain equalization algorithm is proposed for single-TX multiple-RX OFDM syste...
We consider channels affected by intersymbol interference with reduced-complexity, mutual informatio...
This paper describes the limiting behavior of linear and decision feedback equalizers (DFEs) in sing...
In this paper, we optimize delay diversity (DD) for the case when simple linear equalization (LE) is...
We consider channels affected by intersymbol interference with reduced-complexity, mutual informatio...
As an alternative to existing techniques and algorithms, we investigate the merit of the H∞ approach...
In recent years, theoretical and practical investigations have shown that it is possible to realise ...
Communication systems transmitting over frequency-selective channels generally employ an equalizer t...
In recent years, theoretical and practical investigations have shown that it is possible to realise ...
This paper deals with the problem of designing linear time-varying (LTV) finite-impulse response equ...
This paper deals with the problem of designing linear time-varying (LTV) finite-impulse response equ...