This result suggests that the peak of the excess synchrony is due to enhanced synchronization between early visually evoked spikes, which is consistent with our model prediction emphasizing the contribution of first spikes to excess spike synchrony.
In this case, performance degradation with significant synchronization offsets is due to insufficient compensation by the synchronization subsystem, whereas with more robust modulations, such as 4-QAM, the bottleneck is in the estimation performance, that is, the performance after compensation is satisfactory as long as estimation is acceptable, which mainly depends on the pilot distribution.
Poor synchronization is mainly due to large pre-plant applications of fertilizer N, resulting in high levels of inorganic soil N long before rapid crop uptake occurs.
In real environments, a synchronization timing error may occur since exact timing synchronization is difficult due to a variety of acoustic interference sources and the clock mismatch between the transmitter and the receiver.
Although the underlying physiological mechanism for these findings still needs to be revealed, it was suggested that the enhancement of sensory processing is due to synchronization of spikes through phase-locking to oscillatory signals (Fries et al. 2001; Womelsdorf et al. 2006).
The second desynchronization source is due to the residual synchronization error (e) produced by the synchronization process itself, which is being accumulated by each petitioner responder link.
This is due to imperfect synchronization during the first communication phase, and the amplified and forwarded signal from the relays is a function of the residual TOs and CFOs between the source and the respective relays.2.2
The fact that these upstream signals have less intensity in a combined footprint is due to the synchronization of the signals to only one of the TSSs in the bidirectional pair.
Alternatively, perhaps the cumulative effect is due to the progressive synchronization of an increasing field of neurons.
This is due to the lower number of pilots available to perform synchronization and estimation.
