Rehab Plus - An Intelligent Rehabilitation System for Physically Challenged Patients

Abstract

Many people suffer from many diseases and accidents that affect their daily lives, requiring muscle rehabilitation to get back to their daily lives. The joint disease that affects muscle is muscle dystrophy. The rehabilitation process demands prices progress measurement to assess the patient plans. However, keeping progress measures is difficult and inaccurate, which becomes a hurdle in patient recovery. The existing practices to measure progress are complex and not accurate, affecting patient recovery. As technology progress, new solutions for rehabilitation are evolving as well. The proposed system targets the rehabilitation of physically challenged people and provides an interactive and innovative solution using cutting-edge technology. The leading architecture of the project works on motion sensors. Pre-defined tasks like exercise will be performed by the patient wearing the smart suit. The values obtained from movement through the sensors will be sent to the system to evaluate based on motion. The system will evaluate whether the person is physically challenged or not. If the person is physically challenged, then the initial value of the motion performed by the patient is stored in the database, after which the doctor will suggest specific exercises to the patient, and our algorithm will analyse the movements of the patient. The system evaluates the person's improvement by comparing the average reading and the reading obtained from patients. An Artificial intelligence module will acquire the motion data from the intelligent suit and train the model to evaluate whether the person is improving and what is needed for the patient's recovery. The recovery rate and performance of the patients are monitored, observed, and stored in the database, which will be used to create progress reports/rates of recovery. The database that is used will be cloud so that all data will be available easily for checking the previous record