Sentence examples for underwater deployment from inspiring English sources

Underwater deployment pattern.

Figure 6 Average delay, random underwater deployment.

Figure 7 Average energy, random underwater deployment.

Figure 4 Average delay, uniform underwater deployment.

Figure 5 Average energy, uniform underwater deployment.

Figure 8 Average delay, uniform vs. random underwater deployment.

The experiments were repeated for several random underwater deployments to confirm that the results exhibit the same trends.

After a certain number of surface gateways, the energy consumption of the randomly distributed underwater deployments converges to that of the uniformly distributed case because, eventually, each underwater node becomes one hop away from a surface gateway.

It was also shown that the effect of the added surface gateways depends on the channel capacity or the network loading level, as well as the given underwater sensor deployment pattern.

The proposed architecture will be applicable to many underwater long-term deployment systems.

We investigated the effect of acoustic channel capacity and the underwater sensor node deployment pattern on our solution.