When node C receives the RREP from node F, it creates the
route entry and calculates the shortest , which indicates the
next hop is node F when the message whose destination node
is node D arrives at node C. And then, when node C receives
RREP from node D, it will calculates the gap and finds that
gap < shortes , as shown in Fig. 6(a) and (b), node C updates
the route table, and then finally optimal path is found
When node C receives the RREP from node F, it creates the route entry and calculates the shortest , which indicates the next hop is node F when the message whose destination node is node D arrives at node C. And then, when node C receives RREP from node D, it will calculates the gap and finds that gap < shortes , as shown in Fig. 6(a) and (b), node C updates the route table, and then finally optimal path is found
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