… that Chua’s circuit can be easily controlled from a chaotic regime to a prescribed periodic or
constant orbit, or it can be synchronized with two or more identical Chua circuits operating in …

… in Chua’s circuits, … Chua’s circuit can be easily controlled from a chaotic regime to a prescribed
periodic or constant orbit, or it can be synchronized with 2 or more identical Chua’s circuits…

… The unified canonical feedback control strategy developed recently by the present authors
for controlling chaotic systems is refined and applied to the well-known Chua's circuit, driving …

… Among non-feedback techniques we cite the possibility of controlling the Chua’s circuit by
inserting in the circuit some additional components which act as a “chaotic oscillation absorber…

… Chua’s circuit in which the nonlinearity will be closer to the real performance of the electronic
components. Besides controlling … the chaotic behaviors of Chua’s circuit can be suppressed …

… By applying this technique to the well-known Chua’s circuit, we are able to control a variety
of … two control circuits, we are able to stabilize orbits that visit both regions of Chua’s circuit’s …

… of the salient aspects of Chua's circuit that were addressed in … associated with the canonical
Chua's circuit. There are … and on controlling chaos in Chua's circuits. In addition to the …

… Chua's circuit. This chip has been designed and fabricated by using a 2 mu m CMOS technology,
with the circuit … from the three state variables of Chua's circuit. The proper operation of …

… of the modified Chua's circuit system with unknown system … of two identical modified Chua's
circuit systems. Routh–Hurwitz … in modified Chua's circuit can be easily controlled using …

… 1 and 2, the output y = x1(t) of the controlled Chua’s circuit (5) asymptotically track the chaotic
reference signal yr = xr1(t). The boundedness of parameter estimates and control signal u …