Sentence examples for optimal spike from inspiring English sources

Searching for optimal spike detection strategies has therefore been the focus of many studies over the past two decades.

In the faster route, corresponding to Y cells, it ensures an effective detection of new visual stimuli, selecting areas of interest of the image and producing a transient response with an optimal spike frequency to activate cortical cells.

With all other parameters remaining at default values, the methods of Rudge et al. [ 29] indicate that the optimal composition of a Zn Zn DS is Zn/Zn = 4.88, which differs from the composition chosen for this study (Zn/Zn ≈ 2.51); however, the effect on error propagation and the range of optimal spike sample ratios is small (Fig.  1).

The most important finding of the modeling exercise was that the optimal spike count window was of short duration and ranged between 50 and 200 ms (indicated by small Euclidean distances in Fig. 6 D, note that a higher Euclidean distance indicates a mismatch between neurometric and psychometric curves irrespective of which of the 2 is better or worse in absolute terms).

This code was used in: Masquelier T (2017) STDP allows close-to-optimal spatiotemporal spike pattern detection by single coincidence detector neurons.

P1: Pairwise time-optimal selective spiking with synaptic guard.

Now for pairwise feasibility, that is, to analyze when time-optimal selective spiking of either neuron is possible (from any initial condition), both neurons must be associated with either Case 1 or Case 2. To do this, we introduce gamma_{2} = frac{b_{2}a_{1}{b_{{1}a_{2}}= frac{1}{gamma_{1}}.

Taking into account all constraints inherent to experiments, it seems extremely difficult to find an optimal model describing spike trains statistics.

This was a first step in the still incomplete project of constructing a theory for optimal coding by spiking neurons.

The goal of this paper is to provide a set of fundamental characterizations regarding the time-optimal control of spike sequences and patterns.

Here we try to develop a theory of optimal coding for spiking neurons in which these curved boundaries emerge naturally.