Lower Limb Amputees Rehabilitation: IOT-Based Real-Time Human Movement

Abstract

Physiotherapy is an important treatment for neurological and musculoskeletal issue. With the immense improvement and the most recent innovative headway in mechatronics, prosthetic gadgets have procured enthusiasm for a wide range of fields, for example, restorative and mechanical fields. A prosthetic gadget can be an outer wearable machine that covers the body or part of it. It is created by electric engines. It tends to be introduced on an upper, lower appendage, and recuperate or toes. In addition, it very well may be utilized for various purposes, for example, restoration, control help, diagnostics, checking, ergonomics, and so on. A large portion of the current wearable gadgets face various issues as far as size, cost, and weight; they are tremendous, costly, and substantial. Along these lines, the objective of this undertaking is to plan a versatile, lightweight, and low-cost rehabilitation system for people with a deadened leg dependent on web of things. In this venture, we are utilizing PIC microcontroller to screen and control the lower appendage and toes. The wearable gadget enables a client to perform explicit developments and activities to prepare the patient's disabled leg utilizing web of things. Consequently, the client continuously begins to re-establish the usefulness of his leg.