On the other hand, studies examining the synchronization properties of gamma oscillations across local cortical networks suggest quite the opposite, namely that gamma oscillations are highly stimulus/object-specific (see Frien and Eckhorn, 2000a, Gail et al., 2000, Eckhorn et al., 2004 for a review).
Clearly, examining the synchronization between flagella on a single cell it is difficult to establish with certainty the origins of the coupling mechanism due to the likely presence of biochemical and elastic couplings of as yet unquantified strength between flagella.
Three different controllers, i.e., active controller, nonlinear controller, and active sliding mode controller are designed and examined for the synchronization of pairs of three different chaotic systems, i.e., Chen, Lü, and Lorenz.
The first experiment examined whether the synchronization of the control and experimental flies by LD 12 12 and LS 12 12 cycles, respectively, was the circadian entrainment or the masking effects of the scotopic illumination.
The present study examined the local synchronization of BOLD fluctuation, providing a description of the pathology mechanism of RE.
Our aim is to examine the adaptive synchronization of a given delayed RDNNs with unknown time-varying coupling strengths.
This study examines the exponential synchronization of complex dynamical networks with control packet loss and additive time-varying delays.
Our aim is to examine the adaptive synchronization characteristic of linearly coupled RDNNs with unknown time-varying coupling strengths.
Although there are some reports on interactions among regions from different neural networks [ 23], few studies have examined the interactions among different neural networks by evaluating the synchronization of an entire network.
This study examines the problem of synchronization for singular complex dynamical networks with Markovian jumping parameters and two additive time-varying delay components.
