This paper represents a novel memristor based chaotic circuit, which is obtained by replacing the Chua's diode with a flux-controlled active memristor in a hyperchaotic circuit. Some characteristics of this proposed system are analyzed in detail. Analysis results show that the memristor circuit has an equilibrium set and the special phenomenon of transient chaos and state transfer, and exhibits a complex topological structure of the attractor. Moreover, a method for overcoming the transient chaos and generating continuous chaos is proposed for the engineering applications of memristor based chaotic circuits.
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