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In the waiting phase, the protocol regularly attempts to start a new forwarding.
However, when such a retransmit is overheard during the waiting phase, the node cancels its timer and destroys the message.
In the finite case, the distance to a static destination will somewhat increase (on average) during a waiting phase.
We consider first the assumption that forwarding takes no time and that packet movement is minimal in the waiting phase.
In Equation (5), we give the probability of being in the n th waiting phase at time t.
"Any attempt to get access to those services leads the user to a never-ending waiting phase, where nothing comes up".
Similar(30)
Key input parameters to the framework are random variables describing the forwarding and waiting phases.
The model is applicable to all protocols characterized by alternating forwarding and waiting phases.
Consequently, more waiting phases are required before the destination is reached.
All results are derived based on the random variables describing the forwarding and waiting phases.
The waiting phases, on the other hand, ignore node movements, as indicated by the vertical lines.
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CEO of Professional Science Editing for Scientists @ prosciediting.com