We review recent progress in understanding how the brain implements such multi-step decisions and briefly examine how they might be realized in models of primate cortex.
The model functions as both conventional associative memory and also enables us to embed a new kind of memory attractor that cannot be realized in models without time delay, for example chain-ring attractors.
This possibility was actually realized in models both from a genetics group (Zawierta et al. 2007; Waga et al. 2007; Cebrat and Stauffer, 2008) and from physicists (Pękalski 2007b; de Oliveira et al. 2007) without aging.
However, due to saccadic errors from assumption (i), saccades realized in the model will not exactly follow the pattern in the experimental data.
Dynamics, objectivity and scientificity were realized in this model.
We have confirmed that reversible hydrogen storage processes are realized in our model.
We find that the numerical solutions are sensitive to viscosity, either incorporated a priori or effectively realized in computational models.
Moreover we show these boundary phase transitions can be "transplanted" to d dimensions and realized in lattice models as a function of a tuning parameter.
The signal transmission inside the phase detector is realized in circuit model by waveguide modules while the electric-thermal-electric conversion is illustrated in circuit term based on analogies between thermal and electrical variables.
A crucial role for stromal cells in cellular engineering has now also been realized in animal models as a means of preventing graft rejection and promoting full and persistent reconstitution or correction of genetically-based diseases.
This can be seen by considering how one should understand the very notion of having a differential expectations when every physically possible measurement result is in fact fully realized in the model of the theory.
