International Journal of Industrial Electronics and Electrical Engineering(IJIEEE).
Paper Title - Distributed Routing Configurations For Ip Network Recovery
In present day’s internet plays key role in our communication infrastructure, but there exists a problem of slow
convergence of routing protocols after network failure because of huge amount of data utilization. To assure the fast
recovery from the link and node in IP networks we present recovery schemas Multiple Routing Configurations (MRC) and
Enhanced Multiple Routing Configurations (EMRC). Our proposed schemas (MRC) guarantees recovery all single failure
scenario’s, using a single line mechanism to handle both link and node failures without knowing cause of the failure and
EMRC guarantees recovery from multiple node/link failures. In this paper we present MRC and EMRC, analyse the
performance with respect to scalability, backup path lengths and load distributions after a failure. We also show how an
estimate of the traffic demand in the network can be used to improve the distribution of recover traffic. Now a day, Internet
plays a major role in our day to day activities e.g., for online transactions, online shopping and other network related
applications. Internet suffers from slow convergence of routing protocols after a network failure which becomes a growing
problem. Multiple Routing Configuration recovers network from single node/link failures, but does not support network
from multiple node/link failures. Enhanced Multiple Routing Configuration supports multiple node/link failures, but does
not support multiple network failures. In this paper we propose Distributed Multiple Routing Configuration (DMRC) to
support multiple network failures during data transmission between different networks. By recovering these failures, data
transmission in network will become fast.
Key words- Re-Convergence, Routing Instability, Proactive Mechanism, Failure Recovery, Multiple Topology.