RESEARCH OF SOME ALGORITHMS OF STEGANOGRAPHY
The paper discusses some steganographic methods based on the use of the frequency characteristics of the speech signal. In particular, the authors consider a widely used method of steganography spreading and a new method of subband projections. The subband projections steganographic method is based on the application of sub-band analysis using subband matrices. For comparison, we considered steganographic methods used in the work of several different measures of differences. Besides, for comparison, we used the standard error, relative error, the signal-to-noise ratio, correlation coefficient, a measure of distance Itakura Santo (maximum likelihood distance). Real speech signals were used to research the methods. This research was conducted at different durations of the analysis segments. It is shown that the method of subband projections makes less distortion compared to the spreading method.
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1. Gribunin V.G., Okov I.N., Turintsev I.V. Digital Steganography. Protection Aspects. M.: Solon-Press, 2002. 261 p.
2. Zharkikh A.A., Gurin A.V., Plastunov V.Y. Steganography Method based on the Direct Spread Spectrum Signal / Materials of the VII International Science and Technology Conference, 7-11 December, 2009 INTERMATIC. M.: MIREAchast 4, 2009. Pp 78-83.
3. Zhilyakov E.G., Likholobov P.G., Devitsyna S.N. Determination of the Possible Volume of Information being Introduced at a Hidden Transfer of Marks in the Speech Data / Scientific Bulletin of Belgorod State University № 13 (132). Issue 23/1, Series “History. Political Science. Economy. Computer science”. Belgorod: Gik. 2012. Pp. 222-226.
4. Zhilyakov E.G. Optimal Subband Methods of Analysis and Synthesis of Signals of Finite Duration / Automation and Remote Control. M.: Academic Scientific Publishing, Production and Publishing and Bookselling Center of the Russian Academy of Science "Publishing House" Science "№ 4, 2015. Pp. 51-66.
5. Konakhovich G.F., Puzyrenko A.Y. Computer Steganography. Theory and Practice / Kiev: "MK-Press", 2006. 288 p.
6. Kryzhevich L.S., Beloborodov D.A. Steganographic Techniques to Hide Data in Sound Files Based on Wavelet Transformation / Auditorium: Electronic Journal of Kursk State University. Kursk: number 2, 2014. "Auditorium" e-Science URL: http://auditorium.kursksu.ru/index.php?page=6&new=2 (date of access: April 28, 2016).
7. On the Uniqueness of the Definition of Specific Identity-important Frequency Bands in the Sound of Russian Speech Exposed to Noise / Zhilyakov E.G., Likholobov P.G., Kurlov A.V., Medvedev A.A. // Scientific Bulletin of Belgorod State University, number 2 (223). Issue 37, Series “History. Political science. Economy. Computer science.” Belgorod: GIK. 2016. Pp. 167-174.
8. The Method of Covert Coding of Control Information in the Speech Data / Zhilyakov E.G., Belov S.P., Likholobov P.G., Pashintsev V.P. // Information and Communication Technologies. Saratov Volga State University of Telecommunications and Informatics. Vol.13. №3 2015. Pp 325-333.
9. Fridrich, J. Steganography in digital media: Principles, algorithms, and applications, 2012, Steganography in Digital Media, pp. 1-441.
10. Furui, Sadaoki; Digital speech processing, synthesis, and recognition / SadaokiFurui. - 2nd ed., rev. and expanded, 2000
11. Nedeljko Cvejic, Tapio Seppanen. Spread spectrum audio watermarking using frequency hopping and attack characterization/ Signal Processing 84. – 2004. – p. 207 – 213.
12. Stanković, S., Orović, I., Sejdić, E. Multimedia signals and systems, 2012, Multimedia Signals and Systems, pp. 1-349.
13. Thierry Dutoit, Ferran Marques. Applied Signal Processing A MATLAB TM-Based Proof of Concept 2009.
14. Vercoe B.L., Csound: A Manual for the Audio-Processing System, MIT Media Lab, Cambridge 1995.
15. Zhilyakov, E.G. Optimal sub-band methods for analysis and synthesis of finite-duration signals, Automation and remote control, pp. Vol. 76, No 4, p. 589-602.