Paper Title
AI-Powered Prosthetics for Developing Countries

Abstract
Amputations and prostheses date back to ancient times. Prostheses were designed earlier to replace a lost limb, and used wood and other fiber. These prosthetics fulfilled only the purpose of support, without movement. Since then, prosthetics have gone through an amazing evolution. Over time, technological advances have allowed the replacement of a simple wooden artificial limb with sophisticated devices that could perform the biological functions of a human arm. Advanced prosthetic limbs are available in the market, but add substantially to the prohibitive cost of the amputation that patients undergo. The availability of these advanced prosthetics in developing countries is limited and they are not universally affordable. This paper proposes a cost-effective, functional and efficient prosthetic, specially designed for developing countries, using cheap electronics, 3D printing technology, and other technological advancements of Artificial Intelligence and Machine Learning. The project has been developed in collaboration with Sri Guru Deva Charitable Trust (Vizianagaram, Andhra Pradesh, India). Keywords - Artificial Intelligence; Deep Learning, Upper limb,Low-cost prosthetics; developing countries, Bionic Arm.