In this paper, we present some theoretical performance evaluation of the crosstalk precancelation method presented in [1] for DSL systems. This algorithm uses a limited feedback from the different receivers, returning only the (complex) sign of the error on the detected symbols. It updates the precoder iteratively based on this information and on the knowledge of the transmitted symbols. Very little simulation results had been presented in [1]. Here we first propose a slightly modified and simplified version of the algorithm which is significantly less complex. We derive approximate performance expressions for this modified version and compare them to simulation results, showing a very good match. It is then shown how these results can be u...
Block crosstalk cancellation techniques in practical multi-user digital subscriber line (DSL) enviro...
Abstract — Crosstalk is a serious problem in next-generation DSL systems such as VDSL. Several non-l...
Crosstalk is the major source of performance degradation in next generation DSL systems such as VDSL...
The performance of extensions of digital subscriber line to higher data rates (VDSL) is limited by t...
Abstract — Crosstalk in DSL leads to significant performance degradation and large loses in data-rat...
With increasing bandwidths and decreasing loop lengths, crosstalk becomes the main impairment in VDS...
This paper considers a VDSL downstream system where crosstalk is compensated by linear precoding. St...
Crosstalk is the major source of performance degradation in VDSL. In downstream transmission crossta...
In this paper we investigate the tracking performance of the downstream (DS) crosstalk (XT) channel ...
Rapid acquisition of accurate crosstalk estimates is a core requirement for effective precoding in d...
Downstream (DS) crosstalk channels of digital subscriber line systems can be estimated based on the ...
Digital subscriber line (DSL) data rates for short loops are typically limited by crosstalk between ...
This paper presents a linear crosstalk precoder for VDSL that has a low run-time complexity. A lower...
The achievable downstream bit‐rate performance of digital subscriber line (DSL) channels using low‐c...
With increasing bandwidths and decreasing loop lengths, crosstalk becomes the main impairment in VDS...
Block crosstalk cancellation techniques in practical multi-user digital subscriber line (DSL) enviro...
Abstract — Crosstalk is a serious problem in next-generation DSL systems such as VDSL. Several non-l...
Crosstalk is the major source of performance degradation in next generation DSL systems such as VDSL...
The performance of extensions of digital subscriber line to higher data rates (VDSL) is limited by t...
Abstract — Crosstalk in DSL leads to significant performance degradation and large loses in data-rat...
With increasing bandwidths and decreasing loop lengths, crosstalk becomes the main impairment in VDS...
This paper considers a VDSL downstream system where crosstalk is compensated by linear precoding. St...
Crosstalk is the major source of performance degradation in VDSL. In downstream transmission crossta...
In this paper we investigate the tracking performance of the downstream (DS) crosstalk (XT) channel ...
Rapid acquisition of accurate crosstalk estimates is a core requirement for effective precoding in d...
Downstream (DS) crosstalk channels of digital subscriber line systems can be estimated based on the ...
Digital subscriber line (DSL) data rates for short loops are typically limited by crosstalk between ...
This paper presents a linear crosstalk precoder for VDSL that has a low run-time complexity. A lower...
The achievable downstream bit‐rate performance of digital subscriber line (DSL) channels using low‐c...
With increasing bandwidths and decreasing loop lengths, crosstalk becomes the main impairment in VDS...
Block crosstalk cancellation techniques in practical multi-user digital subscriber line (DSL) enviro...
Abstract — Crosstalk is a serious problem in next-generation DSL systems such as VDSL. Several non-l...
Crosstalk is the major source of performance degradation in next generation DSL systems such as VDSL...