ERI: Towards An AI-Defined Integrated Sensing and Communication Underwater Optical Network — NSF Award to Saint Louis University (
There are a growing number of underwater applications, including climate change monitoring, marine biology research, oil rigs exploration, unmanned operations, search and rescue, underwater navigation, and scuba diving. Most of these applications demand reliable, flexible, and high-speed underwater sensing and communic
| Award title | ERI: Towards An AI-Defined Integrated Sensing and Communication Underwater Optical Network |
|---|---|
| Award ID | 2501709 |
| Awardee | Saint Louis University |
| City | SAINT LOUIS |
| State | MO |
| Amount obligated | $199,976 |
| Principal investigator | Nan Cen |
| Program | ERI-Eng. Research Initiation |
| Start date | 10/01/2025 |
| Abstract | There are a growing number of underwater applications, including climate change monitoring, marine biology research, oil rigs exploration, unmanned operations, search and rescue, underwater navigation, and scuba diving. Most of these applications demand reliable, flexible, and high-speed underwater sensing and communication systems. Despite significant advancements in terrestrial and space communication, high-speed underwater wireless communication remains in its infancy due to the harsh environ |
| Source | NSF Awards |
$799/mo
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