High-Precision EEG Signal Collection: Uses non-invasive EEG devices (headbands or earphones) to capture real-time brainwave signals reflecting user intent.
AI-Powered Signal Processing: Deep learning neural networks decode brainwave patterns (e.g., μ and β waves) to interpret user intentions.
Precision Robotic Control: Transmits control commands via high-speed wireless networks, with adaptive algorithms adjusting robotic movements in real-time.
Key Advantages
Safe & Non-Invasive: No surgical implants required.
User-Friendly: Operable with simple thought control, minimal training needed.
Wide Applications: Ideal for remote operations, hazardous environments, and medical rehabilitation, enhancing efficiency and safety.
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