AI researches | AI on Instagram: "🤯 Bro, this is insane. It stood back up so fast after that fall. No human could ever stand back up this fast, and robotics are only just beginning. Professor He Kong's team from the Active Intelligent Systems (ACT) Lab at the Southern University of Science and Technology (SUSTech) in Shenzhen, China, has released a video showcasing a "violence test" designed to challenge the limits of humanoid robots. 🎥: SUSTech ACT LAB Follow @airesearches to stay updated on

Technology on Instagram: "A humanoid robot in a Shenzhen lab stands back up with astonishing speed after being pushed, moving with precision that feels closer to human than machine. Developed at the ACT Lab of SUSTech, the platform uses advanced actuation and control systems to recover balance faster than the average person could. This experiment highlights the level of engineering detail that researchers are now achieving in robotic locomotion. Love technology? Follow @Technology 🤖 Credits: AC

Buzz_decode on Instagram: "- The video depicts a line-follower robot competition where two robots navigate a complex track marked with black lines on a white surface, showcasing advancements in robotics and control algorithms that allow for precise, autonomous movement. - Such competitions, like the Fastest Line Follower challenge by TechnoXian, test the robots' ability to follow paths efficiently, often involving real-time decision-making and sensor integration, which are critical skills in fie

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