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Figure 1 Using multiple surface gateways.
We assisted our work by incorporating the optimal gateway optimization framework results in simulating the operation of the UWSN with multiple surface gateways.
Our simulation results confirmed the potential for performance improvement using multiple surface gateways, such as reducing both average delay and energy consumption.
Neither an analysis on the effect of using multiple surface gateways on the network energy consumption or delay characteristics has been conducted nor a guideline on the deployment of such a multi-sink architecture has been provided.
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Although architectures employing multiple surface gateway nodes were mentioned in [5, 7], there is no formal study on surface gateway deployment.
One way to mitigate the high propagation delay in acoustic communications is to deploy multiple surface-level gateways.
Number of surface gateways.
It is also worth noting that the improvement gained by adding a surface gateway diminishes as the number of surface gateways increase.
We analyze the tradeoff between the number of surface gateways and the expected delay and energy consumption of the surface gateway architecture in the optimal case.
In this way, all the surface gateways (or sinks) form a virtual sink.
Data can only be received at locations where surface gateways are deployed.
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CEO of Professional Science Editing for Scientists @ prosciediting.com