It may be able to completely outperform my brain in any computational activity but when I'm doing mathematics my brain is doing so much more than just computation.
Moreover, since integration of synaptic inputs to produce an action potential is the fundamental step in neuronal computation, spiking activity representing the main neuronal output, we investigated both the strength of the excitatory synapses onto MSN from untreated control and dopamine-depleted rats and their ability to generate an action potential.
An additional functionality that helps to overcome this limitation is the computation of activity cliffs, which is not dependent on the embedding.
Although the formation of other ions pairs was not taken into consideration for computation of activity of calcium ions, preliminary calculations showed that a small fraction of calcium ions are tied up as complexes and therefore do not affect the broad conclusions drawn above.
Because all the investigated groundwaters were very low in total dissolved loads, the expression of Deby and Huckel (1923) was used for the computation of coefficient activities.
For this second case, since the numerical methods and physical models used in the present work have been noticeably improved compared to the original publication (finer grid, higher level of convergence, more accurate computation of the activity coefficient…), considerable differences in the findings are observed.
In this scenario independent control of rate coded computation and gamma activity would be beneficial, for example by allowing tuning of coherence without disrupting multiplexed rate-coded computations.
For the computation of electrical activity within the ventricles, an additional high-resolution mesh was constructed in which the valves were removed from the tagged image stack before meshing, as the valves are considered electrically silent.
Based on mouse KO studies, disruption of Syn isoforms is associated with an altered excitatory/inhibitory balance with serious consequences in postsynaptic integration, network computation, excitability and activity-dependent plasticity.
As a single measure of task performance, we computed the slope of the accuracy measurements across conditions (using the same assumption of equal demand intervals applied during computation of the activity slopes) and entered slope of accuracy as the dependent variable in a series of multiple regression models (Table 3).
