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Hyperchaotic behavior

A highly unstable system can manifest hyperchaotic behavior [116]. This means that we have two positive Lyapunov exponents in a spectrum. The phenomenon of hyperchaos have been investigated in many papers [117-120]. A route to hyperchaos was also investigated [121], and a method of controlling of hyperchaos was introduced [122]. [Pg.361]

In next three sections we present a short overview of investigations of chaotic and hyperchaotic behavior in the process of SHG. [Pg.361]

Highly unstable systems lead to two positive Lyapunov exponents that show the hyperchaotic behavior [116]. Now, Eq. (3) is numerically examined with damping constants 71=72 = 0.01. In Fig. 9a we see only the two largest Lyapunov exponents of all the spectrum versus the modulation parameter O. The... [Pg.372]

Some hyperchaotic behavior in SHG with pump of pulses has been shown... [Pg.376]

See other pages where Hyperchaotic behavior is mentioned: [Pg.405]    [Pg.408]    [Pg.405]    [Pg.408]    [Pg.394]   


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