Exact(1)
In this case, ARROW will not return to the greedy state as long as it has not reached a node closer to the sink than the previous local minimum.
Similar(59)
When the initial ripple reaches a node, a new ripple will be triggered at that node.
Whenever a data packet reaches a node in a void region, the data packet should be re-routed from a void-handling procedure or discarded.
The message is routed using CAN routing algorithm through the available nodes until it reaches a node which is the owner of the zone where P exists.
This process of broadcasting continues until the RREQ reaches the requested destination or reaches a node with a fresh enough route to that destination.
When the RREQ reaches a node that has a route to (which may be the destination node itself), a route reply packet (RREP) is sent back to.
The hunt message will be forwarded until it reaches a node that is "currently" a neighbor of the first available successor of the departed node.
As explained in Section 3.1, the azimuth state guarantees that the transmitted packet reaches a node closer to the sink than the local minimum.
When a node S wants to reach a node D in the network, it starts the Route Discovery procedure by broadcasting a request packet which carries the address of D. The nodes receiving the request just forward it.
When the request reaches a node with a route to the destination node it also creates a Route Reply (RREP) which contains the number of hops that are required to reach the destination.
In such a scenario, whenever a request reaches a node, it is divided into N sub-request, where N is the number of descendent nodes with available bandwidth for reserving.
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