Watch How This Humanoid Robot Diver Was Designed Currents Wired Wired spoke with professor oussama khatib to understand how he and his team designed, built and tested this robotic diver. Wired spoke with professor oussama khatib to understand how he and his team designed, built and tested this robotic diver.
Humanoid Robot Diver Wordlesstech Wired published this video item, entitled “how this humanoid robot diver was designed | wired” – below is their description. a robotic diving system that looks like a transformer?. Using a haptic system, humans can use oceanonek as an avatar, allowing humans to dive in areas we never previously could. wired spoke with professor oussama khatib to understand how he and his team designed, built and tested this robotic diver. To bring the robot deeper, the researchers adapted its body with special foam made of glass microspheres that provide buoyancy while being capable of withstanding the immense pressure at 1 km depths – pressure over 100 times the experience at sea level. Using a haptic system, humans can use oceanonek as an avatar, allowing humans to dive in areas we never previously could. wired spoke with professor oussama khatib to understand how he and his team designed, built and tested this robotic diver.date: 2022 08 29.
Humanoid Robot Diver Wordlesstech To bring the robot deeper, the researchers adapted its body with special foam made of glass microspheres that provide buoyancy while being capable of withstanding the immense pressure at 1 km depths – pressure over 100 times the experience at sea level. Using a haptic system, humans can use oceanonek as an avatar, allowing humans to dive in areas we never previously could. wired spoke with professor oussama khatib to understand how he and his team designed, built and tested this robotic diver.date: 2022 08 29. Rather than build a robot only capable of performing delicate tasks underwater, khatib designed a general robotic framework that can also be used for hazardous operations like mining and fixing underwater cables. Oceanone k is designed with a humanoid front half, with stereoscopic vision provided by twin cameras serving as its ‘eyes’, and human like arms and hands for manipulating its surroundings. the robot’s rear half contains eight multi directional thrusters for precision manoeuvrability underwater. No existing robotic submarine can dive with the skill and care of a human diver, so oceanone was conceived and built from the ground up, a successful marriage of robotics, artificial intelligence and haptic feedback systems. The robot performed several dives around the mediterranean, reaching close to 1,000 meters — a record depth — exploring sunken vessels and retrieving artifacts. as team members operated the robot through its haptic interface (communication system), they were able to feel what the robot was touching.
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