The robot hand uses artificial intelligence to study human movements and mimic them accurately, improving over time through practice and feedback.
Built-in sensors help the hand detect pressure, speed, and angles, making its movements smoother and more precise, just like a real human hand.
The AI is trained with millions of hand movements, helping it understand and repeat complex tasks like gripping, pinching, and even delicate actions.
Instead of just learning from simulations, the robot hand practices in real environments, adjusting to different objects and situations for better accuracy.
The AI allows the robot hand to quickly adapt to new tasks, whether it's holding a cup, typing on a keyboard, or even playing musical instruments.
With every attempt, the hand learns from mistakes, making its movements more natural and efficient, reducing errors, and improving speed over time.
This technology could help create robots for healthcare, manufacturing, and daily tasks, bringing AI-powered hands closer to real-world applications.
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