Obviously, depending on the disease under study, this assumption applies or not, but although the exact periodic assumption can be very restrictive, a quasiperiodic behavior can still be appropriated.
As we shall see, our simulations offer quite a good approximation to the evolution of the experimental data, which suggests that a pattern of imperfect conditional cooperation can be appropriate to explain behavior in public good games played in networks.
In most situations, simple common sense and good judgment should suffice as guidance, but we appreciate that some questions of appropriate behavior can be more complex and subtle.
Fieldwork, often in remote places, can throw senior male faculty and young female students together in situations where the rules about appropriate behavior can be stretched to the breaking point.
One plausible role of such dynamics might be to predict the true state of the environment, so that the appropriate behavior can be produced.
The predictive timing required to perform this racquet swing is analogous to that required in cognitive processing: to selectively attend, one needs to predict when the sensory information arrives, and which inputs are relevant to the situation, so that processing can occur efficiently and appropriate behavior can be generated.
We have research suggesting that adolescent behavior can be modified if challenged constructively with a combination of rules, rewards and appropriate retribution.
Both these patterns of behavior can be accounted for by adapting a maximally informative search strategy to the appropriate behavioral context.
For the X coordinate, a deterministic behavior can be seen near the radar in section A, which can be compensated for by an appropriate model.
