基于下一代IPv6网络的抽象状态机

D. Guha, Qonita M. Shahab, J. Choi
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引用次数: 0

摘要

我们展示了基于抽象状态机(ASM)逻辑的基于IPv6的媒体网关的网络处理系统的设计,并展示了设计特征如何有助于下一代网络中端到端QoS问题的可扩展性实现。该方法的新颖之处在于对处理硬件进行了形式化的算法定义,并在编译时通过数据驱动的算法函数计算生成物理设计单元。本文的设计用于构建具有MPEG4 bfs -MPEG4激光转码功能的IPv6媒体网关的实现原型,目前ISO MPEG MDS正在进行该功能的标准化工作。
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Abstract state machine based next generation IPv6 network
We show the design of a network processing system in an IPv6 based media gateway based on abstract state machine (ASM) logic and show how the design features may help in scalability realization for end-to-end QoS issues in next generation networks. The novelty of the approach lies in the formal algorithmic definition of the processing hardware and generation of physical design unit from the data-driven algorithm function computation at compile time. The design in this paper is used to build an implementation prototype of an IPv6 media gateway with a feature of MPEG4 BIFS-MPEG4 LASeR transcoding, standardization activities of which are being currently pursued at the ISO MPEG MDS.
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