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At each time step, mobile nodes move in a direction chosen based on the proposed mobility management schedule to maximize the detection probability during a desired delay constraint.
In both scenarios, mobile nodes move with different velocities.
Finally, mobile nodes move along roads, carrying data between terminal nodes.
Three different trajectories are considered, and the three mobile nodes move along them respectively.
In addition, these mobile nodes move at different speeds, emulating average velocities about 48, 40, 36 and 24 km/h.
In our simulation, the mobile nodes move in a 1,000 × 1,000 m region for 50-s simulation time.
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In MANET, mobile nodes moves frequently; this leads to change network topology very quickly dynamically.
We study the properties exhibited by RWP, with a focus on the impact of the rectangular boundary and the speed of the mobile nodes moving within the boundary.
Some side effects of clustering are as follows: In MANET, mobile nodes moves frequently; this leads to change network topology very quickly dynamically.
An important observation is that, when a swarm of mobile nodes moves in a more collaborative manner, both the routing overhead and the average end-to-end delay of data packets are significantly reduced.
However, when the mobile node moves from cellular network to WLAN, the improvement can be negligible.
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Justyna Jupowicz-Kozak
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