We found that if the synchronization robustness can confer enough intrinsic robustness to tolerate intrinsic parameter fluctuation and extrinsic robustness to filter the environmental noise, then robust synchronization of coupled synthetic genetic oscillators is guaranteed.
Therefore, robust synchronization methods are needed.
Two robust synchronization schemes are discussed respectively.
A robust synchronization method is required to maintain the power injection during grid fault and highly distorted grid voltage.
Then, an adaptive controller is designed to ensure the robust synchronization for such network.
This paper studies a robust synchronization of non-autonomous chaotic systems with parameter mismatch.
Robust synchronization of ICCSNs with parametric uncertainties and time-varying delays is investigated.
Using modified exponent hitting condition of sliding mode, a robust synchronization controller is proposed.
Robust synchronization of master slave chaotic systems are considered in this work.
Wong et al. [18] addressed the robust synchronization of coupled fractional-order complex dynamical networks with parametric uncertainties.
For example, Liu et al. [19] discussed robust synchronization of uncertain complex networks by using impulsive control.
