Add to ORKGAbstract—With the advent of DSL services, high data rates are now available over phone lines, yet higher rates are in demand. In this paper, we optimize the transmit filters that can be used over wireline channels. Results showing the bit error rates when optimized filters are used, and with a decision feedback equalizer (DFE) employed in the receiver, are given. We then show that significantly higher throughput can be achieved by modeling the channel as a multiple input multiple output (MIMO) channel. A receiver that employs a MIMO-DFE that deals jointly with several users is proposed and shown to provide significant improvement over the conventional DFE
Abstract—In this paper we consider transmission over MIMO channels with channel state information av...
This paper considers the joint design problem of linear precoder, decision feedback equalizer (DFE) ...
In this paper, we investigate detectors for transmultiplexer-based high bit rate transmission over d...
With the advent of DSL services, high data rates are now available over phone lines, yet higher rate...
In wireless communications, the use of multiple antennas for both transmission and reception is asso...
Abstract—The transceiver optimization problem for MIMO channels has been considered in the past with...
This paper studies the joint design problem of a decision feedback equalizer (DFE) transceiver and b...
In this paper, we investigate detectors for transmultiplexer-based high bit rate transmission over d...
Abstract—Multiple transmit (Tx) and multiple receive (Rx) antennas systems, referred to as multiple ...
Abstract — Digital transmission over dispersive channels which suffer from intersymbol interference ...
This paper addresses the joint design problem of bit allocation and decision feedback equalizer (DFE...
We consider performance optimization in the uplink of a multiuser multiantenna communication system....
peer reviewedThe decision feedback (DF) transceiver, combining linear precoding and DF equalization,...
This paper considers the joint design of bit loading, precoding and receive filters for a multiple-i...
This paper considers the joint design of bit loading, precoding and receive filters for a multiple-i...
Abstract—In this paper we consider transmission over MIMO channels with channel state information av...
This paper considers the joint design problem of linear precoder, decision feedback equalizer (DFE) ...
In this paper, we investigate detectors for transmultiplexer-based high bit rate transmission over d...
With the advent of DSL services, high data rates are now available over phone lines, yet higher rate...
In wireless communications, the use of multiple antennas for both transmission and reception is asso...
Abstract—The transceiver optimization problem for MIMO channels has been considered in the past with...
This paper studies the joint design problem of a decision feedback equalizer (DFE) transceiver and b...
In this paper, we investigate detectors for transmultiplexer-based high bit rate transmission over d...
Abstract—Multiple transmit (Tx) and multiple receive (Rx) antennas systems, referred to as multiple ...
Abstract — Digital transmission over dispersive channels which suffer from intersymbol interference ...
This paper addresses the joint design problem of bit allocation and decision feedback equalizer (DFE...
We consider performance optimization in the uplink of a multiuser multiantenna communication system....
peer reviewedThe decision feedback (DF) transceiver, combining linear precoding and DF equalization,...
This paper considers the joint design of bit loading, precoding and receive filters for a multiple-i...
This paper considers the joint design of bit loading, precoding and receive filters for a multiple-i...
Abstract—In this paper we consider transmission over MIMO channels with channel state information av...
This paper considers the joint design problem of linear precoder, decision feedback equalizer (DFE) ...
In this paper, we investigate detectors for transmultiplexer-based high bit rate transmission over d...