Lin Q.,Wuhan Naval University of Engineering |
Wu X.,Wuhan Naval University of Engineering |
Wu X.,Guangzhou Naval Marine Academy |
Chen Y.,Wuhan Naval University of Engineering
Pramana - Journal of Physics | Year: 2015
This paper studies the global synchronization of non-autonomous, time-delay, chaotic power systems via linear state-error feedback control. The frequency domain criterion and the LMI criterion are proposed and applied to design the coupling matrix. Some algebraic criteria via a single-variable linear coupling are derived and formulated in simple algebraic inequalities. The effectiveness of the new criteria is illustrated with numerical examples. © Indian Academy of Sciences.