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    Steganography In Images

    By

    Mr. Madatti Abhishek YadavReg. No.: 070907086

    Roll No.: , Section:

    Seminar Presentation

    De artment of Electronics and Communication En ineerin MIT Mani al

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    De artment of Electronics and Communication En ineerin MIT Mani al

    Contents

    Introduction

    Steganography In Images

    Stega Analysis

    Results

    Conclusion

    Scope of the work (optional)

    References

    Acknowledgements(if any)

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    De artment of Electronics and Communication En ineerin MIT Mani al

    Introduction

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    De artment of Electronics and Communication En ineerin MIT Mani al

    Steganography in Images

    (First few slides must concentrate on thePrinciple of operation/Block diagram of the

    system/Proposed algorithm/Circuit idea etc)

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    De artment of Electronics and Communication En ineerin MIT Mani al

    Stega Analysis

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    Merits

    Simpler circuit

    Ease of design

    Demerits

    Difficult to tune Cost of production is more

    Comparison with other techniques/methods

    /circuits/algorithms

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    De artment of Electronics and Communication En ineerin MIT Mani al

    Simulation Results

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    Simulation Results

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    Circuits

    simulated/Algorithms used

    Supply Voltages Vdd= .. V, Vss= - .. V

    Design values R1= Kohm

    C1= picofaradNumber of LUTs utilized 1500

    Propagation delay nsec

    Execution Time of

    algorithm

    Software tools used Mentor Graphics, Labview

    OrCAD PSPICE

    MATLAB,C/C++, Tanner

    Summary of Simulation/Experimental Results

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    Applications

    Some important applications are

    Negative resistance circuit

    Negative capacitance circuit Super capacitor ,Super inductor

    Four quadrant current multiplier ..

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    Conclusion

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    Scope of further work

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    [1] T. Laxminidhi, V. Prasadu, and S. Pavan, Widely Programmable High-

    Frequency Active RC Filters in CMOS Technology,IEEE Trans. Circuitsand Systems-I: Regular Papers, vol.56, pp. 327-336, 2009.

    [2] N. Boutin, Active Compensation of Op-amp Inverting Amplifier using

    NIC,Electronics Letters, vol. 17, no. 25, pp. 978-979, 1981.

    [3] M.H. Eltawil, A.M. Soliman, New precise Spice macromodels for the

    current-feedback operational amplifier, Microelectronics Journal 30 , 841-849,

    1999.

    [4] T. Deliyannis, Yichuang Sun, J.K. Fidler, Continuous-Time Active FilterDesign, CRC Press, Florida, USA, 1999.

    References

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    15/15D t t f El t i d C i ti E i i MIT M i l

    END