* Enterprise File Synchronization
and Sharing (EFSS) Market Volume & Growth Rate by Each Region Specified, Application & Type (Historical & Forecast)
A hybrid synchronization
scheme is proposed to improved phase offset errors in smart grid applications.
In view of Definition 4, when H = I and H = -I, FMIS is reduced to the known notions: finite-time outer synchronization
and finite-time outer antisynchronization, respectively.
The strong-strong synchronization
requirement indicates that subsystem 1 and subsystem 2 are strongly synchronous; that is, the b_on event must occur after the r_on event of subsystem 1; otherwise subsystem 1 will wait forever.
. The mean phase coherence was calculated to measure the phase synchronization
between each pair of ECoG signals.
The Q-S synchronization
error defined in (5) can be written in the following form:
A high incidence of heat (96%) as well as synchrony of heat observed after synchronization
treatment shows that CIDR was efficient in manipulating hypothalamo-ovarian activity during low breeding season in buffalo irrespective of biostimulation or GnRH.
References [24-28] discussed the finite-time synchronization
of neural networks, which only considered integer-order systems.
Besides several kinds of synchronization
mentioned in the Introduction, CMFPLS considered in this study also consists of some other special cases such as complex function projective lag synchronization
(CFPLS), complex modified projective lag synchronization
(CMPLS), complex projective lag synchronization
(CPLS), complex complete lag synchronization
(CCoLS), complex lag antisynchronization (CLAS), complex antisynchronization (CAS), function projective lag synchronization
(FPLS), function projective synchronization
(PLS), projective lag synchronization
(PLS), and lag antisynchronization (LAS) summarized in Table 1.
It should be noted that for OSCR, mesochronous synchronization
is also considered to be perfectly synchronized, since the phase difference between signals is constant without skews and can be corrected in post processing.
The networks (7) and networks (8) can realize hybrid generalized function projective delay synchronization
by the following control law: