包传输系统中的高可用性系统控制网络

Bup-Joong Kim, Wooyoung Choi, JiWook Youn, Hong-ju Kim, Hyun-Jae Lee, Jea-Hoon Yu
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摘要

本文主要研究分组传输系统中多处理机互连的设计与构建。为了跟上互联网和数据通信的扩展和发展,需要对分组传输系统进行不断的改进和升级。随着网络中IPTV、VoIP、VLAN等新业务的出现,为了支持对计算能力要求较高的工作,需要方便、动态地增加分组传输系统的处理能力。系统的处理能力取决于处理器的数量、每个处理器的时钟速度、操作系统在以数据为中心的处理中的效率、系统工作的合理分配以及处理器之间的鲁棒性和高带宽互连(系统控制网络)。本文提出了分组传输系统中系统控制组网的几种方法,并从系统控制网络的内外扩展、环路消除和冗余支持等方面对每种方法进行了综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High available system control network in the packet transport system
This paper is about design and buildup of multiprocessor interconnects in the packet transport system. To keep pace with expansion and growth of internet and data communication, constant enhancement and upgrade of packet transport system is required. As network adopts new services like IPTV, VoIP, and VLAN, processing power of packet transport system should be easily and dynamically added to the system for supporting highly compute-power requiring jobs. The processing power of system depends on the number of processors, the clock speed of each processor, efficiency of operation system in data centric processing, proper distribution of system works, and robust and high bandwidth interconnects (system control network) among processors. This paper suggested several methods for the system control networking in the packet transport system and reviewed each method in the view of internal and external expansion of system control network, loop elimination, and redundancy support.
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