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    IBM Research

    Adaptive End-to-End Quality-of-Service Guarantees in IP Networks using an Active Networking Approach

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    This paper proposes a framework based on an active networking approach to efficiently link Quality-of-Service (QoS) descriptions from an application point of view with an underlying heterogeneous IP networking infrastructure. The main goal is to sense the availability of and deploy distinct QoS capabilities in order to accomplish adaptive end-to-end service guarantees. The building blocks needed in a heterogeneous IP network will be introduced and discussed with respect to safety in terms of total networking bandwidth, CPU, and memory usage. In conjunction with a new safety hierarchy and a sandbox environment for active-code execution, security risks are reduced to traditional IP forwarding. In particular, the problem of QoS parameter translation to provide adaptive end-to-end service guarantees is addressed and an example using Diffserv and RSVP in a heterogeneous network is given.

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    New Full text for this article was not available? Send a request to the author(s).
    Title : Adaptive End-to-End Quality-of-Service Guarantees in IP Networks using an Active Networking Approach
    Abstract : This paper proposes a framework based on an active networking approach to efficiently link Quality-of-Service (QoS) descriptions from an application point of view with an underlying heterogeneous IP networking infrastructure. The main goal is to sense the availability of and deploy distinct QoS capabilities in order to accomplish adaptive end-to-end service guarantees. The building blocks needed in a heterogeneous IP network will be introduced and discussed with respect to safety in terms of total networking bandwidth, CPU, and memory usage. In conjunction with a new safety hierarchy and a sandbox environment for active-code execution, security risks are reduced to traditional IP forwarding. In particular, the problem of QoS parameter translation to provide adaptive end-to-end service guarantees is addressed and an example using Diffserv and RSVP in a heterogeneous network is given.
    Subject : unspecified
    Area : Computer Science
    Language : English
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    Url : http://roman.pletka.ch/publications/tik138.pdf
    Doi : 10.1.1.1.7873

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