ALERT NOTICE: Stepping Optimal Controlling of a Rucklidge-like Chaotic System

ALERT NOTICE

This paper was inadvertently submitted as an early draft. A final version of this paper was published in the WiCom 2007 proceedings, shown below. Readers are urged to use reasonable effort to remove all past references to this paper, and future reference should be made to the following paper:

Binhua Tang; Bairong Shen; Li He; Zhi Yang, "Stepping Optimal Controlling of a Rucklidge-Like Chaotic System," Wireless Communications, Networking and Mobile Computing, 2007. WiCom 2007. International Conference on, pp.6430-6433, 21-25 Sept. 2007A new Rucklidge-like system was proposed with the condition of systematic parameters under exterior corruption, and according to Vanecek-Celikovsky classification criteria and pertinent references, a generalized parameter-target stepping optimal controlling algorithm was introduced to stabilize the parameter-corrupted system firstly and then drive the stabilized system to the previously-set target region. By the means, the whole adaptive optimal controlling problem was then evolved into solving the twin subordinative construction issues. The following simulations proved the efficiency and availability of the proposed algorithm.