Ah, the joys of routing protocol convergence. It's like a dance of the networking gods, where the routers twist and turn, trying to figure out where the heck the packets are supposed to go. I bet the question writer is sitting back, chuckling at our confusion.
Ah, the joys of routing protocol convergence. It's like a dance of the networking gods, where the routers twist and turn, trying to figure out where the heck the packets are supposed to go. I bet the question writer is sitting back, chuckling at our confusion.
E) Convergence is triggered when an LSA is sent from router R1 to router R2 to indicate that the link is down. At this point, both routers R1 and R2 re-compute their link state database and send updates to their adjacent routers. Once the process is complete for all routers, the networks have converged.
B) Convergence is triggered when the physical interfaces between routers R1 and R2 go down. At this point, both routers R1 and R2 re-compute their link state database and send updates to their adjacent routers. Once the process is complete for all routers, the networks have converged.
A) Convergence is triggered when the adjacency between routers R1 and R2 drops as a result of Hello timeouts. At this point, both routers R1 and R2 re-compute their link state database and send updates to their adjacent routers. Once the process is complete for all routers, the networks have converged.
Whoa, slow down there! Are we sure the routers even know about the switches in the first place? This question is making my head spin. I'll just go with D and hope for the best.
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