Abstract

This project report describes the design and implementation of an Intelligent Voice Controlled Wheel Chair for disabled people. The model utilizes an Arduino Voice Recognition Module interfaced with a high-level 8-Mt AVR Microcontroller to control motorized movements using voice commands. The model provides both a convenient and non-technical solution to navigate in a disabled home for even the critically crippled who can talk. To avoid uncontrolled collisions, the wheelchair includes collision avoidance capabilities based on HC-SRO4 Ultrasound Modules. • Chapter one-IntroductIon: ft gives a brief introduction and background of this project. • Chapter two-Literature review: ft gives an overview of techniques involving wheelchairs, existing wheelchair technologies, and an overview of devices used. Chapter three-Methodology: ft explains the system design i.e. architecture and interfacing of the devices used. Chapter four-Results and discussion: Describes the results and output of the system. Chapter fIve- Recommendation and conclusion: ft gives the recommendation and conclusion drawn from this project.