IP Failure Handling Using Localized On-Demand Link State Routing
Amit Shirke, Kunal Solanke, Pratap Patil · 2014
IP network is mostly associated with a number of failures and these failures can make our system degraded i.e. makes our system weaker and the packet forwarding becomes a crucial issue at such times. Now here we use an implementation of different algorithm in such a way that we can minimize the chances of failure within such a network and thus making it convenient and reliable. The system is made enough powerful to handle these failures within a network at their own level. We have suggested a powerful schema which enables our system to overcome its initial drawback and making it flexible. We hereby offer a corresponding system working on Greedy Forwarding and Blacklist Based Algorithm. We have integrated our system along with the LOLs i.e. localized on demand link state routing for greater efficiency. The main aim of our system is to handle failures by using both the algorithms simultaneously i.e. on one hand check for the blacklist based algorithm and on the other hand check for the greedy forwarding algorithm. The Greedy forwarding includes weight based distribution of the packets. On the other hand blacklist checks the blacklist table which maintains record of degraded links within network. Now here we have a powerful mechanism to re-route [6] the packet although the network goes into the state of failure.