This analysis demonstrates the effectiveness of tag switching in enhancing network performance in wide area environments, suggesting its potential in scalable systems.
Tag switching and MPLS (MultiProtocol Label Switching) combine IP routing exibility with the efficiency of cell switching techniques to address the need of scalable infrastructures, of a wider range of services and of the support of advanced applications. We present the model and the configuration of several tag switching networks in the local and wide area. In particular, we focus on the design of a scalable IP architecture and its application in a wide area testbed based on tag switching, a MPLS implementation by CISCO.The protocol and the network performance have been analysed in terms of functionality, software stability, round trip time, route recovery time and throughput.Results show that tag switching is a promising and viable technique for the implementation of scalable and integrated networks.
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T et al. (1999) studied this question.
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