Hence, a good amount of research has been devoted recently to specific techniques for the synchronization in FBMC/OQAM.
We agree that serum starvation and hydroxyurea are both classic techniques for cell synchronization, and are aware there are several methods, such as thymidine block and release, that are now more commonly used in recent cell cycle studies.
Ganeriwal et al. [4] proposed several techniques for secure pairwise synchronization (SPS), multihop synchronization, and groupwise synchronization.
In this paper, a new adaptive feedback control design technique for the synchronization of a class of chaotic systems in master slave configuration is proposed.
Different authors using a wavelet-based technique for assessing synchronization and coupling between peripheral skin temperature and blood-flow signals, found increased coherence higher than for uncorrelated white noise, in two frequency intervals, around 0.1 Hz and 0.007 Hz [ 18, 19].
Since OFDM is the most widespread MC technique, many methods for synchronization and channel estimation can be found for it.
Therefore, the approach has to be seen as a technique for fine-synchronization. Correspondingly, a coarse-frequency synchronization of all users' signals has to be ensured.
During the last decade, several techniques for handling chaos synchronization have been developed, such as variable structure control [4], OGY method [5], observer-based control [6], active control [7], backstepping design technique [8], approach [9], and passivity based method [10].
Via a Lyapunov-Krasovskii functional and some new analysis techniques, some sufficient conditions for synchronization in mean square are established for the addressed networks with randomly occurring coupling and distributed delay.
We investigate reduced-rank shift-invariant technique and its application for synchronization and channel identification in UWB systems.
