Abstract
Speech technology is one of the fastest growing modern engineering technology with a wide scope for application in various arenas and disciplines of life. It has many potential benefits and is useful to people in many walks of life. Nearly 20% of people of the world are suffering from various disabilities; many of them are blind or unable to use their hands effectively. The speech recognition systems in those particular cases provide a significant help to them, so that they can share information with people by operating computer through voice input. This project isdesigned and developed keeping that factor into mind, and a little effort is made to achieve this aim. This proposed project is capable to recognize the speech and convert the input audio into text; it also enables a user to perform operations such as “open and close applications and windows, select text, media controls, read text, system termination, social interaction” etc. by providing voice input. It also helps the user to open different system software such as opening MS-paint, notepad and calculator. At the initial level effort is made to provide help for basic operations as discussed above, but the software can further be updated and enhanced in order to cover more operations.
Keywords—MS-paint; Speech Recognize; VO; Audio into Text; HMM; MFCC;
References
1. MasatsuguIchino, Yasushi Yamazaki, Hiroshi Yoshiura, “Speaker Verification Method for Operation
System of Consumer Electronics Devices”, IEEE Transcation on Consumer Electronics, Vol 61,No. 1, February 2015.
2. J. Decuir, “Introducing Bluetooth Smart: Part II: Applications and updates,” IEEE Consumer Electronics
Magazine, pp.25-29, Apr. 2014.
3. J. H n, J.K. Yun, J.H. Jang and K.R. Park, “User-Friendly Home Automation Based on 3D Virtualb World,” IEEE Trans. on Consumer Electron., pp.1843-1847, Aug. 2010.
4. K. Balasubramanian and A. Cellatoglu, “Analysis of remote control techniques employed in home automation and security systems,” IEEE Trans. on Consumer Electron., Vol.55, Issue 3, pp.1401-1407, Aug.2009.
5. T. Kim, H. Lee and Y. Chung, “Advanced Universal Remote Controller for Home Automation and Security,” IEEE Trans. on Consumer Electron., pp.2537-2542, Vol. 56, Issue 4, Nov. 2010.
6. Y.R. Chuang, W.J. Yang S.J. Lin and T.L. Chiu, “Study and implementation of the smallest closed-area (SCA)
mechanism for self organization network architectures in smart home control systems,” IEEE International
Symposium on Consumer Electronics, pp.79-80, Jun. 2013.