Management Access

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The Experts below are selected from a list of 429486 Experts worldwide ranked by ideXlab platform

Michael Emmison - One of the best experts on this subject based on the ideXlab platform.

Rob F. M. Van Den Brink - One of the best experts on this subject based on the ideXlab platform.

  • The art of Spectral Management Access rules for VDSL2
    2009
    Co-Authors: Rob F. M. Van Den Brink
    Abstract:

    Spectral Management (SpM) involves managing an Access network such that different systems can co-exist with each other. In relation to DSL systems, spectral Management ensures that they can co-exist within the same cable. The use of spectral signal limits (specified via mandatory Access rules) is a necessity for all DSL deployments, and serves a common interest of all involved DSL operators. Such rules were relatively simple for legacy deployments such as ADSL, SDSL and HDSL, but are far more complicated for VDSL2. This is mainly a consequence of deploying VDSL2 from remote locations (e.g. street cabinets), where it should coexist with legacy equipment deployed from the central office. This paper summarizes the signal limits essential for VDSL2 and discusses the reasoning behind them. Such limits can only be effective if they are tailored to underlying business needs, geographic characteristics of the network, the installed base of legacy equipment, loop characteristics etc. As such, Access rules need to be country or region specific and cannot be copied blindly from neighbouring countries.

  • The art of Spectral Management ; Access rules for VDSL2 - Whitepaper DSL02
    2009
    Co-Authors: Rob F. M. Van Den Brink
    Abstract:

    Spectral Management (SpM) involves managing an Access network such that different systems can co-exist with each other. In relation to DSL systems, spectral Management ensures that they can co-exist within the same cable. The use of spectral signal limits (specified via mandatory Access rules) is a necessity for all DSL deployments, and serves a common interest of all involved DSL operators. Such rules were relatively simple for legacy deployments such as ADSL, SDSL and HDSL, but are far more complicated for VDSL2. This is mainly a consequence of deploying VDSL2 from remote locations (e.g. street cabinets), where it should coexist with legacy equipment deployed from the central office. This paper summarizes the signal limits essential for VDSL2 and discusses the reasoning behind them. Such limits can only be effective if they are tailored to underlying business needs, geographic characteristics of the network, the installed base of legacy equipment, loop characteristics etc. As such, Access rules need to be country or region specific and cannot be copied blindly from neighbouring countries.

Alex Broom - One of the best experts on this subject based on the ideXlab platform.

Lynda Cheshire - One of the best experts on this subject based on the ideXlab platform.

Ari Shapiro - One of the best experts on this subject based on the ideXlab platform.

  • IVA - A Platform for Building Mobile Virtual Humans
    Intelligent Virtual Agents, 2015
    Co-Authors: Andrew Feng, Anton Leuski, Stacy Marsella, Dan Casas, Sin-hwa Kang, Ari Shapiro
    Abstract:

    We describe an authoring framework for developing virtual humans on mobile applications. The framework abstracts many elements needed for virtual human generation and interaction, such as the rapid development of nonverbal behavior, lip syncing to speech, dialogue Management, Access to speech transcription services, and Access to mobile sensors such as the microphone, gyroscope and location components.