Sentence examples for spike I from inspiring English sources

Now let T 1 be the time the of the first gamma spike, i.e., when θ E = π.

Assume that the synaptic strengths between the cells are constant in each spike, i.e., g A → B = g B → A = g ¯.

Note that the value function for the last spike, i.e. Neuron 1, plotted in the bottom panel, is not differentiable with respect to (v_{1}).

Key to this formulation is the notion of impulsive coupling, wherein the major effect of (I_{mathrm{syn}}) occurs during a brief time window following an afferent spike (i.e., a spike from another neuron).

In order to estimate the time that EG neuron needs to produce the first spike, i.e., to reach θ E = π, we need to examine the behavior when close to point ( 0, Θ 0 ).

The quantitative analysis of spike amplitudes at the soma vs. the axon is given in Fig. 5C, in which the amplitudes of sequential spikes are normalized based on the first spike, i.e., spike two is divided by spike one.

The spatial and temporal evolution of temperature can be simulated using inelastic thermal spike (i-TS) code [42].

In six tests, the traditional method was enhanced with anchor spikes (i.e., the bond was provided by both epoxy resin and FRP spikes connected to the FRP strips).

Also reported is the existence of "Ca2+ spikes" (i.e., [Ca2+]c transients having a bandwidth of 10∼100 seconds) in SCN neurons, but it is unclear if these SCN Ca2+ spikes are related to the slow circadian rhythms.

Current terminology emphasizes the definition of correlation on fast timescales, at the level of individual spikes (i.e. spike-synchrony), but it is important to note that correlated activity could be occurring on various timescales and hence, it is not enough to study correlation only at the level of individual spikes.

Time series were extracted from each subject's ROIs and assessed for the presence of spikes (i.e., changes in raw MR activity that exceed the mean of the run by 4 or more SD units).