Abstract — This paper introduces an algorithm for spectrum management for digital subscriber line (DSL) systems based on band preference. The proposed method influences the usage of spectrum through band preference factors that subtly modify the loading algorithm of DSL modems. Ad-hoc algorithms for computing such band preference factors are discussed. Simulation results in a practical ADSL environment show that the performance of the proposed method is better than that of Iterative Water-filling (IWF) [1] and is close to that of Optimal Spectrum Balancing (OSB) [2], even with a small number of control parameters. I
Abstract — Dynamic spectrum management is an area of grow-ing importance in DSL research and can dra...
in digital subscriber line systems: the normalized-rate iterative algorithm (NRIA). Supported by a n...
The proper management of the signal to noise ratio margin is important for improving the stability o...
Abstract — Dynamic spectrum management (DSM) is an im-portant technique for mitigating crosstalk in ...
© 2017 IEEE. Digital subscriber line (DSL) technology remains the most popular broadband access tech...
Abstract—The main performance bottleneck of modern digital subscriber line (DSL) networks is the cro...
We present a practical solution for dynamic spectrum management (DSM) in digital subscriber line sys...
We present a practical solution for dynamic spectrum management (DSM) in digital subscriber line sy...
Digital Subscriber Line technologies use existing telephone cables to provide high speed data commun...
A management standard for digital subscriber line (DSL) systems has been defined in order to ensure ...
Abstract—Dynamic spectrum management of digital subscriber lines (DSLs) has the potential to dramati...
Crosstalk is a major issue in modern digital subscriber line (DSL) systems such as ADSL and VDSL. St...
Dynamic spectrum management (DSM) has been proposed to achieve next-generation rates on digital subs...
Dynamic spectrummanagement (DSM) has been proposed to achieve next-generation rates on digital subsc...
Dynamic spectrum management (DSM) comprises a new set of techniques for multiuser power allocation a...
Abstract — Dynamic spectrum management is an area of grow-ing importance in DSL research and can dra...
in digital subscriber line systems: the normalized-rate iterative algorithm (NRIA). Supported by a n...
The proper management of the signal to noise ratio margin is important for improving the stability o...
Abstract — Dynamic spectrum management (DSM) is an im-portant technique for mitigating crosstalk in ...
© 2017 IEEE. Digital subscriber line (DSL) technology remains the most popular broadband access tech...
Abstract—The main performance bottleneck of modern digital subscriber line (DSL) networks is the cro...
We present a practical solution for dynamic spectrum management (DSM) in digital subscriber line sys...
We present a practical solution for dynamic spectrum management (DSM) in digital subscriber line sy...
Digital Subscriber Line technologies use existing telephone cables to provide high speed data commun...
A management standard for digital subscriber line (DSL) systems has been defined in order to ensure ...
Abstract—Dynamic spectrum management of digital subscriber lines (DSLs) has the potential to dramati...
Crosstalk is a major issue in modern digital subscriber line (DSL) systems such as ADSL and VDSL. St...
Dynamic spectrum management (DSM) has been proposed to achieve next-generation rates on digital subs...
Dynamic spectrummanagement (DSM) has been proposed to achieve next-generation rates on digital subsc...
Dynamic spectrum management (DSM) comprises a new set of techniques for multiuser power allocation a...
Abstract — Dynamic spectrum management is an area of grow-ing importance in DSL research and can dra...
in digital subscriber line systems: the normalized-rate iterative algorithm (NRIA). Supported by a n...
The proper management of the signal to noise ratio margin is important for improving the stability o...