Again, these results show that the small patterns are more detrimental for sequence replay than the large patterns, since in the latter case fluctuations can be compensated for by feedback inhibition, whereas the former have no compensatory mechanism.
It seems that in our case fluctuations in vole numbers are mainly constrained by exogenous influences such as temperature and rainfall that leave little room for the role of kestrel predation on vole dynamics.
In one case fluctuation occurs within single scan lines.
In this case, fluctuation characteristics of speed have something to do with the driver and the front vehicle.
In this case, fluctuation characteristics of speed are related to the driver and the front vehicle as well.
The compensation scale in one frame should not be too large in case fluctuation happens, the timing drift is used in an alpha (first-order) PLL to track the starting cycle timing of the next preamble, and a beta (second-order) PLL to adjust the local measure of frame period in samples.
In both cases, quantum fluctuations are amplified by chaotic dynamics to a macroscopic fluctuating signal.
It is likely that in some cases, such fluctuations, if kept within certain bounds, can provide regularization of the learning process or can be used to implement global optimization algorithm akin to simulated annealing.
Observations of change in size of the main herniated disc by MRI at baseline, 24 weeks and 1 3 years revealed temperamental changes with many cases showing fluctuations in volume.
In many cases, shape fluctuations in small NPs are dynamically reversible, as well as facile, leading to fluctuating "on-and-off" changes in catalytic activity and optical properties ("blinking'), pointing to the practical significance of this phenomenon for applications in materials science and biology.
