The effect of moving average window width on the range of values of rectified and integrated EMG signals was tested on a theoretical model presented by Veternik and co-workers (Veterník M, Šimera M, Jakuš J, and Poliaček I. Effect of moving average window width on integration of EMG signal).
However, the width of the integration window could be related to the number of dots needed for recognition.
Conversely, Irwin & Yeomans [ 22] argue against the concept that the width of the integration window is a function of the amount of information to be processed.
The width of the integration window (delays that evoked significantly greater responses than the sum of whisker and cortex stimulation) is indicated with gray bars in Figure 7 A. In general, the temporal tuning parameters displayed large individual variability among POm neurons (Fig. 7 A).
The limits of integration on width depend on the open part of the crack, which can be obtained from the sign of SIF along the crack edge.
To assess the correlation between individual alpha frequency (IAF) peak and the width of the temporal window of integration in which the illusion is perceived, we tested 22 healthy volunteers using a paradigm adapted from Shams et al.
The gate-width defined as the time of integration of photons at each gate, has a pronounced effect on the temporal and noise characteristics of the system.
The spectra were recorded in the 400 700 nm wavelength region using the OOI Base32 software (Ocean Optics, Inc. Version 2.0.0.3) that was configured to record the spectra, averaged for 40 scans with a boxcar width of 10 nm and an integration time 100 ms.
Figure 4 The comparison between F 2 ( t ) and F 2, 4 ( t ) for Example 2. The comparison between solution of Example 2. Trapezoidal rule Suppose that the region of integration is subdivided into 5 equal intervals of width h = 0.4, 6 integration nodes t i = 0.4 i for i = 0, …, 5. Table 4 illustrates the absolute values of the errors obtained here and the absolute errors of [18] for this example.
Interestingly, all the metrics proposed, i.e. the confocal, the dynamic confocal (amplitude and phase), the focus deviations Δ x, Δ y, Δ z, d⊥ and d3D, the focus width and the integration of the phase, yield a recognizable image of the cell with different features emphasized.
