In this paper, our aim is to design the controller reasonably such that the behavior of the slave system synchronizes to that of the master system.
These kind of generating stations have the ability for at least one of their generating units to start-up from shutdown and to energize a part of the system, synchronize to the system, and energize dead bus without an external electrical power supply.
As long as we can reasonably design the receiver so that the state evolution of the response system synchronize to that of the driven system, the message obtained by the receiver can be hidden in a chaotic signal, hence, secure communication can be implemented.
All fluxes in the system are synchronized to ensure continuous feed delivery, which however causes reduction in the size of the operating window compared to batchwise-operating systems.
We design the proper controller (u_{i}(t)) to make system (1) synchronized to (s(t)), that is, lim_{trightarrow+infty} biglVert x_{i}(t -s(t -sigrVert _{2}=0,quad i=1,2,ldots,N.
The temporal accuracy will depend on the point in the heart cycle that the system is synchronized to.
The daily distribution of activity results from an interplay between two control mechanisms: an endogenous (i.e. circadian) timing system synchronized (entrained) to the light-dark (LD) cycle, and the 'masking' of the resulting circadian activity pattern by inhibiting or enhancing direct effects of light and other environmental factors [28].
So, the inverted pendulum system has been synchronized to chaotic gyroscope system.
In this proposed scheme, two drive systems and one response system can be synchronized to two complex scaling matrices which are non-square matrices.
The diurnal rhythms are generated by an internal biological clock system that is synchronized to a 24-hour day by environmental factors, primarily the light-dark cycle.
