In this context, the hypothesis that increased EDA transinformation may be explained by covered epileptic-like process seems to be relevant, but this description in principle does not mean that these patients have underlying epilepsy.
Computational methods, on the other hand, can provide such a description in principle.
In most instances, tokens represent discrete levels of activity, but fully quantitative description is, in principle, possible, with node token status reflecting molecular quantities.
There is no logical end to this process: descriptions are in principle open to greater delicacy.
Since each state of the automaton represents a "situation" related to a level of description, one could in principle set out a multiscale model as a combination of automata.
Mathematical models of such catalytic systems involve in principle the description of coupled reaction/diffusion processes in both SCR and PGM catalytic layers, resulting in computationally demanding modeling tools.
In principle, the kinetic description is valid from the dilute (non-collisional) to the dense limit.
But this is also a situation in which the deterministic aspect of classical time development is not to be taken too seriously, due to the sensitive dependence upon initial conditions, so there is no reason to suppose that an appropriate quantum description cannot be constructed, at least in principle.
We suggest that these unexplained results can be partially resolved by properly accounting for LH-effects on T. The equation for T (table 1; [ 3, 4]) requires, in principle, a full description of LH, which is usually not available for all species in comparative studies of molecular evolution.
We have proposed a mathematical approach that, in principle, allows a complete description and, in practice, can suggest new insights into the structure of real fitness landscapes.
"It's a proof-in-principle of how we decode speech .But these findings are only the first stages of a description of speech perception.
