Design and implementation of an intelligent voice controlled wheel chair:

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Kampala International University, School of Engineering and Applied Sciences
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 wheel chair includes collision avoidance capabilities based on HC-SRO4 Ultrasound Modules. • Chapter one-IntroductIon: ft gives a briefintroduction and background ofthis project. • Chapter two-LIterature revIew: ft gives an overview oftechniques involving wheel chairs, existing wheel chair technologies and overview ofdevices used. Chapter three-Methodology: ft explains about the system design i.e. architecture and interfacing ofthe devices used. Chapter four-Results and discussion: Describes the results and output ofthe system. Chapter fIve-RecommendatIon and conclusion: ft gives the recommendation and conclusion drawn from this project.
a final year project report submitted in partial fulfillment of the requirements/or the award of degree of bachelor of science in electrical & telecommunication engineering,department of electrical & telecommunications engineering school of engineering & applied sciences Kampala international university.
Design, implementation, wheel chair