However, there is evidence that eccentric gaze positions are associated with head position signals (Monteon et al. 2012), and gaze position-dependent gain field modulations become more prominent at eccentric gaze positions (Andersen and Mountcastle 1983; Cassanello and Ferrera 2007; Knight 2012).
However, with a low roll-off factor the original modulation (modulated) signal becomes more vulnerable to timing jitter as the eye pattern of the received signal narrows down and becomes practically almost undetectable for the roll-off factor equaling zero.
As the SNR increases, the benefit of increasing the modulation level becomes more visible.
The modulation behavior becomes more faded out at larger thickness of the photoactive layer.
For MMG amplitude, it has been proposed to rely mainly on MU recruitment for increasing isometric torque at low force region, and above which, modulation of MU firing rates becomes more important for further increasing torque (Akataki et al. 2001; Ryan et al. 2008b).
The evaluation, based on Monte Carlo simulation, demonstrates that the performance gain of the modulation diversity increases as the fading becomes more severe.
With the decreasing modulation period, the columnar structure becomes fine gradually, the surface becomes more and more uniform, and the grain size decreases, while the hardness and the oxidation temperature of the multilayer coatings increase.
As we have previously concluded, to increase antenna area is an effective way for absorption frequency modulation, but it is limited by the size of the support layer and it becomes more severe for 25 μm × 25 μm pixel.
Thus, using a lower modulation order for transmitting from each antenna in a coalition when close to the cell edge becomes more power efficient than using a single transmitter.
Interestingly, in ΔbamE and BamD R197L expressing strains of E. coli, BamA becomes more susceptible to degradation by proteinase K, suggesting that BamE might also be involved in conformational modulation of BamA [124,128].
