International Journal of Engineering and Technical Research (IJETR) ISSN: 2321-0869, Volume-3, Issue-03, March 2015 188 www.erpublication.org Abstract— This paper describes Wheelchair control using speaker Idendification for handicapped person. Freedom of mobility is the dream of every person especially in the case of quadriplegics and multiple indurate persons. Many of the Quadriplegics and multiple indurate persons can’t operate their body below the neck.so they are dependent on others for their daily works.so they need helpers to travel or move from one place to another place therefore they don’t have freedom of mobility. The purpose is to develop a powered Wheelchair for Quadriplegics and multiple indurate patients those who cannot operate their wheelchair through joysticks these people can able to operate wheelchair by their voice commands. This wheelchair can be easily use and driven to desired direction with minimum efforts. This powered wheelchair system consist of Microcontroller, DC motors. The voice recognition is done with the help of Matlab based PC and its output in digital form will be sent to microcontroller with the help of which they can control the wheelchair according to the users commands. The GSM based module is used in emergency needs. Another advantage added is in case of emergency a message will be sent to the persons relative mobile no. avoids the major accident or during the situation when patient cannot handle himself. Index Terms—Quadriplegics, Multiple Induration, Matlab, GSM module, Microcontroller, Mobility. I. INTRODUCTION The main goal of this project is to contribute effective methods for the operation of Wheelchair for Quadriplegics and multiple Indurate persons or Patients. Independent mobility is the rights of every persons especially of a physically disabled people. some of the families carries risk communicating along with the disabled person. They can’t avoid their work or remove enough time for disabled persons. The multiple sclerosis persons can’t operate wheelchair manually using joysticks. Peoples with disabilities meet lots of hurdles in their life. In manual wheelchair physical efforts are needed due to this efforts they will develop other disabilities in their life at certain Manuscript submitted at March 18, 2015. Prof. S. B. Dhonde, Department of Electronic Engineering, Savitribai Phule Pune University, All India Shree Shivaji Memorial Society’s Institute Of Information Technology, Pune(Maharashtra), India, Mayur J. Sonawane, Department of Electronic Engineering, Savitribai Phule Pune University, All India Shree Shivaji Memorial Society’s Institute Of Information Technology, Pune(Maharashtra), India, 9689473534. Rohan D. Kayande, Department of Electronic Engineering, Savitribai Phule Pune University, All India Shree Shivaji Memorial Society’s Institute Of Information Technology, Pune(Maharashtra), India,9421959228. Khyati Nanavati, Department of Electronic Engineering, Savitribai Phule Pune University, All India Shree Shivaji Memorial Society’s Institute Of Information Technology, Pune(Maharashtra), India 9970732762. Manoj Jangam, Department of Electronic Engineering, Savitribai Phule Pune University, All India Shree Shivaji Memorial Society’s Institute Of Information Technology, Pune(Maharashtra), India9096682264. point. Hence manually operated wheelchair are excluded or out of reach for quadriplegics patients. So by developing voice recognition speaker idendification based multifunction wheelchair a lot of problem will be solved and it will act as backbone to all needy. II. EXPERIMENTAL PROCEDURE A. Literature Survey Smart wheelchair have been subjected of research since early 1980’s.The research in the field of Wheelchair control are still in progress. Smart wheelchair have been designed using different approaches. For example –wheelchair control using head movement,Wheelchair control by using finger Tracking system ,Wheelchair control using tounge movement etc. Ericka Janet Rechy-Ramirez[3]. They have used and implement Head movement based control of an intelligent Wheelchair. It is implemented on electrical powered Wheelchair (EPG).Its two operation modes are based on head movement mode(1)- uses only one head movement to give command and mode(2) –Employees four head movement and EEG device which is use to obtained head movement information. M. Prathyusha [6].developed Voice and touch screen based Direction and speed control wheelchair using aurdino they used touch screen to navigate wheelchair manually and voice recognition for quadriplegics person’s. In that when user wants to change the direction the touch screen sensors are modelled to direct the user using direction keys on touch screen .and that values are given to the microcontroller to move accordingly. Fahad Wallam and Muhammad Asif [5].developed Dynamic finger movement Tracking and voice command based smart Wheelchair. They used finger movement to direct the Wheelchair also it is based on Voice recognition .finger movement is used to manually operation of Wheelchair.voice commands is used for Quadriplegics person’s. D.K.Pratibha [7] used speech recognition based wheelchair.the wheelchair is navigated using voice commands stored in database.HM2007 is use to recognized the voice. Speech Recognition is use to provide autonomous mobility for patient there are several techniques used for speech recognition. Chandawan Ittichaichareon [8] is used speech recognition using MFCC .the MEL FREQUENCY CEPSTRAL COEFFICIENTS extracted from speech signal to spoken words.it uses training and testing phase to match the signals.Ms. S. D suryawanshi and Mr.J.S.Chithod [2] developed Voice operated Intelligent Wheelchair they use ARM7(LPC 2138) to control Wheel movement as per the voice command and IR sensor is use for obstacle avoidance also MATLAB is use for speech Recognition. Vibha Tiwari [4] have researched on speech processing and had work on speaker recognition using MFCC .It is use for feature Extraction technique. Wheelchair Control Using Speaker Identification. Prof. S.B.Dhonde, Mayur J. Sonawane, Rohan D. Kayande, Khyati Nanavati , Manoj Jangam