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We first use generalized SPO next hops to construct the Nexthop-Selectable FIB (NSFIB), where each prefix has multiple next hops.
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While ETX is a single-path metric, using this directly to find weights of the nodes will not reflect the improvements due to multiple next hop forwarders.
During network setup, each MR creates an adaptive forwarding mesh structure, with multiple next-hop candidates toward the target IMG/MR.
In [33], Anycast packet-forwarding scheme is proposed, where each node has multiple next-hop relaying nodes in a candidate set referred as forwarding set.
In the Anycast protocol, though the node has multiple next-hop relaying nodes by virtue of Anycast packet-forwarding scheme, which help to find next hop neighbor in quick manner, but still it does not consider the varied traffic requirement of different nodes.
However, in order to achieve a more efficient intelligent forwarding, each record in the FIB of NDN router will contain multiple interfaces of next hop information [7].
Besides, we control the path stretch by setting an upper limit to filter bad next hops.
We also introduce routing protection by the pre-computed SPO next hops.
The routing table for destination includes a list of next hops and the number of hops to reach the destination.
The first hop is the node B. Then, keeping the clockwise forwarding direction, the next hops are chosen.
Because when a data frame is forwarded over multiple hops, only the next hop device is notified about the pending frame, devices on other hops may stay in doze mode and thus causes quite a long end-to-end delay.
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