As the hydrographic data for mainly is collected from a vessel with virtually no underwater communication issues, it is gaining interest. Real-time data monitoring from AUVs, communication with AUVs and between AUVs (when they are autonomously diving as a swarm) are developments that gain traction in these days.
Underwater wireless communications links have almost exclusively been implemented using acoustic systems. Optical links have proved impractical for many applications. Although unde...
In March 2012, filmmaker and explorer James Cameron successfully completed his one-man dive to the bottom of the Mariana Trench. The dive was the centrepiece of the Deepsea Challen...
It’s fascinating to see that communication techniques are evolving. On the shore there is already a clear trend towards eliminating cables and wires. So a logical consequence...
The prospects for an increased future use of autonomous underwater vehicles (AUVs) in the Maritime & Offshore sector are high, mainly due to the search for cost effectiveness....
EvoLogics GmbH is a private high-tech enterprise with headquarters in Berlin, Germany. The company designs and manufactures underwater information and communication systems, as wel...
Land surface hydrography now supports the modelling of continental-scale streamflow at high resolution and in near real time. The US National Hydrography Dataset contains about 2.7...
Autonomous underwater vehicles (AUVs) are a recurrent theme in maritime and offshore applications, and in particular those involving long and costly data-gathering operations such...
Creating the ‘Internet of Underwater Things’ is a crucial challenge that is strategic to the future of humanity. Thanks to the international project SUNRISE, seas, lake...
This article presents the development, production and testing of wireless underwater acoustic video communications, which is unique in the world today. It also discusses the implem...
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