A restoration mechanism using K-shortest control paths

D. Kwak, Jung-Shik Kim, Hong-shik Park
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Abstract

This paper presents a restoration scheme using k-shortest control paths. Our mechanism classified connections into two classes: real time class and non-real time class. In real time class, an ATM protection switching (APS) mechanism, a preventive restoration method defined in 1.630, is used as a restoration scheme that is realizing fast restoration and high reliability. In the non-real time class, the interactive restoration mechanism using k-shortest control paths is applied. The performance evaluations via simulations show the effectiveness of the proposed mechanism and the improved restoration ratio than the pure APS mechanism.
一种使用k -最短控制路径的恢复机制
本文提出了一种基于k-最短控制路径的恢复方案。我们的机制将连接分为两类:实时类和非实时类。在实时类中,采用1.630中定义的预防性恢复方法——ATM保护交换(APS)机制作为恢复方案,实现了快速恢复和高可靠性。在非实时类中,采用了k-最短控制路径的交互恢复机制。仿真结果表明了该机制的有效性和比纯APS机制更高的恢复率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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