GEORGE Partners Demonstrate Internet of Underwater Things at PLOCAN

This was actually suuuper story to work on. I learned a lot about the challenges of underwater data transmission and the environments that are used for testing marine technology. The experiment set-up should be pretty interesting to non-marine scientists, too, I encourage you to read this one 👇

Developing autonomous underwater vehicles can be challenging due to lack of GPS, expensive sensors and limited visibility. A virtual environment can address these issues by providing a quick way to develop navigation and control algorithms and verify them without having to access expensive hardware. Check out the RoboSub Virtual Environment which provides high fidelity dynamics simulation, support for popular sensors like cameras, Doppler Velocity Loggers (DVL), IMU’s etc. It also supports some of the popular actuators used in RoboSub such as torpedoes and markers! Check out how you can get started with simulating underwater vehicle with this blog! #RoboSub #UnderwaterRobotics #AutonomousSystems https://spr.ly/6041B6euax

Developing autonomous underwater vehicles can be challenging due to lack of GPS, expensive sensors and limited visibility. A virtual environment can address these issues by providing a quick way to develop navigation and control algorithms and verify them without having to access expensive hardware. Check out the RoboSub Virtual Environment which provides high fidelity dynamics simulation, support for popular sensors like cameras, Doppler Velocity Loggers (DVL), IMU’s etc. It also supports some of the popular actuators used in RoboSub such as torpedoes and markers! Check out how you can get started with simulating underwater vehicle with this blog! #RoboSub #UnderwaterRobotics #AutonomousSystems https://spr.ly/6042B6dHxq

Developing autonomous underwater vehicles can be challenging due to lack of GPS, expensive sensors and limited visibility. A virtual environment can address these issues by providing a quick way to develop navigation and control algorithms and verify them without having to access expensive hardware. Check out the RoboSub Virtual Environment which provides high fidelity dynamics simulation, support for popular sensors like cameras, Doppler Velocity Loggers (DVL), IMU’s etc. It also supports some of the popular actuators used in RoboSub such as torpedoes and markers! Check out how you can get started with simulating underwater vehicle with this blog! #RoboSub #UnderwaterRobotics #AutonomousSystems https://spr.ly/6046B6datI

Developing autonomous underwater vehicles can be challenging due to lack of GPS, expensive sensors and limited visibility. A virtual environment can address these issues by providing a quick way to develop navigation and control algorithms and verify them without having to access expensive hardware. Check out the RoboSub Virtual Environment which provides high fidelity dynamics simulation, support for popular sensors like cameras, Doppler Velocity Loggers (DVL), IMU’s etc. It also supports some of the popular actuators used in RoboSub such as torpedoes and markers! Check out how you can get started with simulating underwater vehicle with this blog! #RoboSub #UnderwaterRobotics #AutonomousSystems https://spr.ly/6047B6gKDF

Developing autonomous underwater vehicles can be challenging due to lack of GPS, expensive sensors and limited visibility. A virtual environment can address these issues by providing a quick way to develop navigation and control algorithms and verify them without having to access expensive hardware. Check out the RoboSub Virtual Environment which provides high fidelity dynamics simulation, support for popular sensors like cameras, Doppler Velocity Loggers (DVL), IMU’s etc. It also supports some of the popular actuators used in RoboSub such as torpedoes and markers! Check out how you can get started with simulating underwater vehicle with this blog! #RoboSub #UnderwaterRobotics #AutonomousSystems https://spr.ly/6049B6bykB

Developing autonomous underwater vehicles can be challenging due to lack of GPS, expensive sensors and limited visibility. A virtual environment can address these issues by providing a quick way to develop navigation and control algorithms and verify them without having to access expensive hardware. Check out the RoboSub Virtual Environment which provides high fidelity dynamics simulation, support for popular sensors like cameras, Doppler Velocity Loggers (DVL), IMU’s etc. It also supports some of the popular actuators used in RoboSub such as torpedoes and markers! Check out how you can get started with simulating underwater vehicle with this blog! #RoboSub #UnderwaterRobotics #AutonomousSystems https://spr.ly/6049B6wCBv

Robotaxi is Elon's gift to patient capital. While Waymo builds expensive, geofenced lidar rigs, Tesla is leveraging its massive fleet to drive its costs 50% lower than Waymo's by 2030. Autonomy at scale isn't about having the best tech demo. It's about achieving the lowest cost per mile.

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