| C.E Chow, S. McCaughey, and S. Syed. "RREACT: A Distributed Protocol for Rapid Restoration of Active Communication Trunks". In Second IEEE Network Management and Control Workshop, 1993. |
....methods may involve precomputed route tables or real time discovery of capacity and routes. Real time capacity discovery based methods send out flooding messages that search for available link capacities after a link failure happens and then reroute the disrupted traffic around the failed link[2]. The advantages of these link based, real time techniques are their simplicity and distributed nature. The disadvantages are that typical link based schemes are saddled with are their slowness (due to the real time nature) inefficient capacity utilization(due to sub optimal bypass selection) ....
C.E Chow, S. McCaughey, and S. Syed. "RREACT: A Distributed Protocol for Rapid Restoration of Active Communication Trunks". In Second IEEE Network Management and Control Workshop, 1993.
....during the restoration process and possibly degrade the time performance of the Two Prong approach. Further research is needed to develop efficient optimizations and explore these related trade offs. In a comparison study of our current implementations of the Two Prong and the RREACT approaches [Chow93b], we found that on the large US network test model TwoProng generates fewer messages while on a smaller network such as the New Jersey LATA network the RREACT generates half as many messages. The messages generated by the B A D E C The link based restoration approach tries to find paths around ....
C.-H. E. Chow, S. McCaughey, and S. Syed, "RREACT: A Distributed Protocol for Rapid Restoration of Active Communication Trunks," Proceedings of 2nd IEEE Network Management and Control Workshop, Sept. 2123, 1993.
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