Abstract
The present paper describes the effects of the system noise on the chaotic behavior of the Roessler type signal from the point of view of controlling chaos. We have investigated the system equations by a variable transformation method and have then carried out computer simulations to verify our theoretical consideration for a DC bias as system noise. These approaches reveal that the DC bias brings about the direct effect on the system parameters in the equations, while the random noise hardly affects the chaotic system.
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