Crosstalk is a major issue in modern DSL systems such as ADSL and VDSL. Static spectrum management, the traditional way of ensuring spectral compatibility, employs spectral masks which can be overly conservative and lead to poor performance. In this paper we present a centralized algorithm for optimal spectrum management (OSM) in DSL. The algorithm uses a dual decomposition to solve the spectrum management problem in an efficient and computationally tractable way. The algorithm shows significant performance gains over existing DSM techniques, e.g. in an upstream VDSL scenario the centralized OSM algorithm can outperform a distributed DSM algorithm such as iterative waterfilling by up to 380%
Digital Subscriber Line technologies use existing telephone cables to provide high speed data commun...
Dynamic spectrum management (DSM) has been proposed to achieve next-generation rates on digital subs...
In modern DSL systems, crosstalk is a major source of perfor-mance degradation. Crosstalk cancellati...
Crosstalk is a major issue in modern digital subscriber line (DSL) systems such as ADSL and VDSL. St...
Dynamic spectrum management (DSM) is an important technique for mitigating crosstalk in DSL. One of ...
Abstract — Dynamic spectrum management (DSM) is an im-portant technique for mitigating crosstalk in ...
AbstractIn digital subscriber line (DSL) system, crosstalk created by electromagnetic interference a...
Dynamic spectrum management (DSM) techniques mitigate crosstalk in digital subscriber line (DSL) net...
Abstract In a digital subscriber line (DSL) system with strong crosstalk, the detectio...
Abstract—The main performance bottleneck of modern digital subscriber line (DSL) networks is the cro...
The main performance bottleneck of modern Digital Subscriber Line (DSL) networks is the crosstalk am...
© 2017 IEEE. Digital subscriber line (DSL) technology remains the most popular broadband access tech...
The ability to easily exchange and access data has transformed the way we work, study, inform and en...
In the newest generation of DSL systems, crosstalk is the dominant source of performance degradation...
Dynamic spectrummanagement (DSM) has been proposed to achieve next-generation rates on digital subsc...
Digital Subscriber Line technologies use existing telephone cables to provide high speed data commun...
Dynamic spectrum management (DSM) has been proposed to achieve next-generation rates on digital subs...
In modern DSL systems, crosstalk is a major source of perfor-mance degradation. Crosstalk cancellati...
Crosstalk is a major issue in modern digital subscriber line (DSL) systems such as ADSL and VDSL. St...
Dynamic spectrum management (DSM) is an important technique for mitigating crosstalk in DSL. One of ...
Abstract — Dynamic spectrum management (DSM) is an im-portant technique for mitigating crosstalk in ...
AbstractIn digital subscriber line (DSL) system, crosstalk created by electromagnetic interference a...
Dynamic spectrum management (DSM) techniques mitigate crosstalk in digital subscriber line (DSL) net...
Abstract In a digital subscriber line (DSL) system with strong crosstalk, the detectio...
Abstract—The main performance bottleneck of modern digital subscriber line (DSL) networks is the cro...
The main performance bottleneck of modern Digital Subscriber Line (DSL) networks is the crosstalk am...
© 2017 IEEE. Digital subscriber line (DSL) technology remains the most popular broadband access tech...
The ability to easily exchange and access data has transformed the way we work, study, inform and en...
In the newest generation of DSL systems, crosstalk is the dominant source of performance degradation...
Dynamic spectrummanagement (DSM) has been proposed to achieve next-generation rates on digital subsc...
Digital Subscriber Line technologies use existing telephone cables to provide high speed data commun...
Dynamic spectrum management (DSM) has been proposed to achieve next-generation rates on digital subs...
In modern DSL systems, crosstalk is a major source of perfor-mance degradation. Crosstalk cancellati...