The AI control system enables the soft robotic arm to learn and achieve precise movements, such as bending into a curved ‘C’ shape, similarly to how a human arm bends. In an anti‑disturbance test, the arm was challenged under fixed and continuously (IMAGE)

Singapore-MIT Alliance for Research and Technology (SMART)

The AI control system enables the soft robotic arm to learn and achieve precise movements, such as bending into a curved ‘C’ shape, similarly to how a human arm bends. In an anti‑disturbance test, the arm was challenged under fixed and continuously

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The AI control system enables the soft robotic arm to learn and achieve precise movements, such as bending into a curved ‘C’ shape, similarly to how a human arm bends. In an anti‑disturbance test, the arm was challenged under fixed and continuously changing fan speeds, and still achieved the target shape with 93.8% accuracy under the most challenging scenario

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SMART M3S

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