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Performing real world experiments with underwater communication is difficult and time-consuming. Input for evaluation of localization and time-synchronization derived from experiments is not readily available.
Currently the interest in underwater acoustic communication is growing rapidly as more and more underwater monitoring systems are deployed around the world. In order to cope with the challenges of the complex underwater acoustic channel many node platforms, networking protocols, and signal processing algorithms have been proposed. However, many of these protocols are still in the simulation stage...
The acoustic propagation speed under water poses significant challenges to the design of underwater sensor networks and their medium access control protocols. Scheduling allows reducing the effects of long propagation delay of the acoustic signal and has significant impacts on throughput, energy consumption, and reliability. In this paper we propose two approaches for scheduling large-scale underwater...
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