Untitled Document
| |
|
|
| |
OLS Digital Library |
| |
DL Home => Proceedings => WINBIS'10 => Citation |
| |
|
| |
A
Practical Approach of Embedding Secret Key to
Authenticate Tagore Songs(ESKATS) |
| |
Full text |
PDF |
| |
Source |
International Conference on Wireless Information Networks & Business Information System |
| |
|
Kathmandu, Nepal |
| |
|
Pages : 67 - 74 |
| |
|
Year of Publication : 2010 |
| |
|
ISSN : 2091-0266 |
| |
Authors |
Uttam
Kr. Mondal, J.K.Mandal |
| |
|
University of Kalyani, India |
| |
|
|
| |
Sponsor |
: Open Learning Society (P) Ltd. |
| |
Abstract : |
|
| |
|
The usefulness of identifying a song from similar songs is increasing with the growing importance of high quality editing and processing of audio signals. This paper proposes an effective authentication technique for recognizing a song of a particular singer from similar songs . Although a number of algorithms have been developed for the identity and characteristics of a song for recognizing artists, groups and musical genres, but the authentication of song for a particular singer has not yet been fully utilized in computer audition algorithms. In this paper, we present a framework for identifying a particular song, which is, sang by a particular singer by enforcing authentication techniques over the song without effecting the song quality. First technique(Filtering of Low Frequencies,ESKATS-FLF) is developed based on the lower frequencies of the songs (which are below the minimum frequency range of our electronic audio player). In this technique we add extra value to the frequency components which are below the minimum frequency to make level of lower audible frequency. The second technique (Embedding Secret Key, ESKATS-ESK ) is developed based on sampled data of song (PCM format) with embedding some authenticate information over song without affecting song quality of songs. In this technique we add some extra data in some specific position of sampled data array and the specific position is calculated by using sine wave characteristics. Experimental results are given based on Microsoft WAVE (".wav") sound file. |
| |
References : |
|
| |
|
-
[1] G.Erten, F.Salam,”Voice Output Extraction by Signal Separation ” , ISCAS ’98 ,ISBN 07803-4455-3,Vol 3, pp 5 - 8.
-
George Tzunetukis,” Song-Specific Bootstrapping of Singing Voice Structure” 2004 IEEE International Conference on Multimedia and Expo (ICME),Vol 5 ,pp 2027-2030.
-
Wei-Ho Tsai , Hsin-Min Wang,” A Query-by-example Framework to Retrieve Music Documents by Singer” 2004 IEEE International Conference on Multimedia and Expo ICME),Vol 5, pp 1863-1866.
-
George R. Doddington,” Speaker ecognition- Identifying People by their Voices”, proceeding of the IEEE, VOL 73, NO. 11, NOV 1985,pp 1651-1665.
-
Qi Li,Biing –Hwabg Juang,Chin-Hui Lee,Qiru Zhou and Frank K.Soong,”Recent Advancements in Automatic Spearker Authentication”, IEEE Robotics & Automation Magazine , March 1999,Vol 99,pp 24-34.
-
H. Suzuki, H. Zen, Y. Nunkuku, C. Miyajima, K. Tokuda, and I. Kitumuru,” Speech Recognition Using Voice-characteristic Dependent Acoustic Models”, ICASSP 2003,Vol 3, pp 740-743.
- Kun S. Lin and Gene A. Frantz,” On Voice Characteristics Conversion”, IEEE Transactions on Consumer Electronics, Vol. CE-30, No. 4, November 1984, pp 598-603.
|
| |
|
|
| |
|
|
| |
|
|
|