The goal of the project is to develop a new spatial modulation and digital transducer control technology in order to further improve the throughputs of Marecomms' AQUABAND technology.
Marecomms Inc.
7 enregistrements totalisant 494,845.00 $ CAN, selon les données ouvertes officielles du gouvernement du Canada.
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Par ministère
| Conseil national de recherches Canada | $494,845 | 7 enregistrements |
Enregistrements
This project entails the development of a low-cost, low-power hydrophone system with digitization taking place on the edge. More specifically, the project focuses of developing a state-of-the-art, cos...
In this project, we wish to prove that we can achieve 30 Kilobits/s at 750 m of horizontal shallow-water range at an underwater power consumption of 8 Watts or less with up to 4 hydrophone elements....
In this project, Marecomms will investigate near-optimal source compression schemes for underwater video transmissions in horizontal environments.
In this project, we will work on the development of software to use the dual frequency modems with an emphasis on versatile transmission capability. Specifically, the software will be capable of switc...
In this project, our objective is to perform the preliminary work to transform our existing software-defined modem environment into a lower-complexity one. Specifically, we will perform the required r...
The project goal is to increase the power efficiency, connection speed and communication range of our current near-production prototype. One aspect of the project is exploring a new power distribution...