A lightweight, high grasping, smart robotic bionic upper limb, amputee can grab any contour using camera vision replicating the exact human hand with 15 degrees of freedom.
AI is used in vision cameras to expedite the image analyzing process. It enables vision cameras to understand acceptable variations in the shape and texture of an image. It basically helps in making a bionic arm perform like a human hand.
Image processing is done which mainly concentrates on uncovering and revealing internal structures which are hidden by the skin and bones. Video analyst technique is used to elevate the performance of the bionic upper limb.
The Aritificial Intelligence enabled bionic upper limb clearly differentiates the various structures. It works completely based on the AI mechanism of image processing which makes it possible to have a higher grasping power.
A touchpad or trackpad is a pointing device featuring a tactile sensor, a specialized surface that can translate the motion and position of a user's fingers to control the bionic upper limb. A tap on the touchpad allows the user to control the speed of the bionic hand.