Design and Implementation of MEMS-Based Gesticulation Control for Disabled People

The invention in this paper aims to depict an adaptable, cost-cogent and conveyable MEMS positioned subjection ideology, for the physically disabled people with practicability and high accuracy. People do not compass time to look after their old and needy ones because of their hassle work hours. This invention helps them be absolute and recede a frontage of unessential laceration. The transmitter and receiver modules data can be cogent to keep track of instant action that can be taken. The features embedded in designing a scalable, reliable, cost-effective, and portable wireless MEMS-based device module for the physically disabled with high precision and in better functionality. The venture centers on finger movement recognition acknowledgment through displacement in various ways. Numerous methodologies utilizing camera modules and artificial intelligence to interpret sign language were in existence. Gesture recognition with sensor modules is a way for machines in depth in understanding human body language, thus building a high interface bridge and connectivity between humans and machines. Roughly 6 million people in the world face the issue of disability due to paralysis of various degrees and our aim to conquer the problems faced by them in their daily routine life.