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The ability to drive the prosthesis in proportional to the motor intent, provide multiple modalities of sensory feedback, and optimize the latencies among the motor decoder and sensory encoder algorithms remain key milestones for accomplishing smart, advanced, and reliable prosthetic control. Robotic prosthetics have transformed the lives of amputees, restoring not just mobility but also sensory feedback and fine motor control. With each new set of findings, researchers come closer to a future in which a prosthetic body part is not just a functional tool, but a way to experience the world.
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Artificial proprioception enhances sensory feedback and motor control in prosthetic devices The field of prosthetics has evolved dramatically in recent years, thanks to advancements in robotics and artificial intelligence This review provides a global overview of current research and technology in the field, emphasizing feedback mechanisms, neural interfaces, and biomechatronic integration.
In this article, we will explore the latest developments in motor system prosthetics, including neural decoding and prosthetic control, sensory feedback and integration, and future directions and challenges.
This review looks at the field of neuroprosthetics in some detail as the principles covered here will power the discussion of control strategies for robotic prosthetics and advanced sensory integration between the prosthetic and human. Analyze the multiple benefits of smart prosthetics, including how the integration of sensors and ai improves motor performance and provides sensory feedback to users.
