For the DOF system, we run through the paradigm of high level dynamics, synchronization and cryptography variants (CM and CSK) again, and find that this system is well suited to all application criteria.
Indeed this work represents a critical step forward in terms of understanding the overall distribution of h-indices and the high level dynamics that shape it.
We obtain a system that presents partially decoupled high-level dynamics (those dealing with the population size and the nutrient level) and low-level ones (those describing the mechanism of generation of subtilin by the single cell).
However, in addition, dynamics at cell level, e.g. proliferation and differentiation of stem cells, and cell-cell interaction, influence these intracellular dynamics as well, just like such high-level dynamics are influenced by processes at the molecular level.
Based on the piecewise linear model of the high level sheet dynamics, the control design is formulated in the H∞ framework.
Importantly, neither Y4 nor Y5 alone causes the extensive dynamic averaging (see below); rather, it is the pair of tyrosines together that leads to the high level of dynamics, as has been noted also for pairs of tryptophans.
When striatal dopamine level is set to a higher level, the class of cortical dynamics is determined by selection in the basal ganglia so that the correct read-out signals are produced.
Only by understanding these interactions (among genes, proteins, RNAs, complexes and other molecules) can a higher level of understanding of organismal function, dynamics and development be achieved.
Hence the basin of attraction for this target attractor is expected to be larger for the dynamics evolved under higher level noise.
A polygynous population that experiences a higher level of male crowding exhibits complex dynamics for most levels of fecundity, with alternating regions of chaos and limit cycles (Fig. 1D).
