Measurement of Chua Chaos and Its Applications

@inproceedings{Perez2008MeasurementOC,
  title={Measurement of Chua Chaos and Its Applications},
  author={R. Perez},
  year={2008}
}
The present paper shows a single and original measurement circuit, using instantaneous and average readouts of the chaotic dynamic of a Chua’s circuit Vc1(x1) signal with binary decryption, synchrony qualification and chaotic sequence applications. The circuit was simulated (Workbench), developed and tested with our Dadisp Test Automatic System. In operation, the circuit was efficient and successful and could be redesigned to quantify the chaotic dynamic of multiple scrolls and time-delay Chua… CONTINUE READING

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References

Publications referenced by this paper.
SHOWING 1-10 OF 17 REFERENCES

Experimental chaos via Chua’s circuit

M. P. Kennedy
  • Proc.of the 1st., Experimental Chaos Conference, ed. Vohra S., Spano M., Shlesinger M., Pecora L. y Ditto W (W. S.), Germany
  • 1992
VIEW 9 EXCERPTS
HIGHLY INFLUENTIAL

Calificación experimental de la sincronía de dos circuitos caóticos

P. R. Núñez
  • XI Congreso Latinoamericano de Control Automático,
  • 2004
VIEW 2 EXCERPTS

R

C. Cruz, D. Lopez
  • Núñez P., Experimental realization of binary signals transmitted using chaos, ICC, Circs. and Syts. and W. Sino Expo., Chendú, China
  • 2002

and A . Shang , Transmission of digital signals by chaotic synchronization

K. S. Halle Kocarev
  • Experimental realization of binary signals transmitted using chaos , ICC , Circs . and Syts . and W . Sino Expo
  • 2002

y C

M. Meranza
  • Cruz, Estudio experimental de la sincronía de dos circuitos hipercaóticos de Chua, Proc. of the 2. Int. Conferen. Control Autom., AUT’2002, Santiago de Cuba, Cuba
  • 2002

Hasler and Th . Schamming , Chaos communication over noisy channel

C. Cruz, D. Lopez, P. R.Núñez
  • IEEE Trans . on Circuits and Syst . II : Analog and Digital Signal Processing
  • 2000

Schamming, Chaos communication over noisy channel, IJBC

M. Hasler, Th
  • 2000

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