The specific index periods of interest were 24-hr CO measures and 1-hr maximum NO2 measures lagged by 1 and 4 days.
However, since the lag time is of biological significance and interest, we investigated use of the spline model for directly measuring the lag time from cell array images (Fig. 7).
This assignment was counterbalanced across participants and allowed us measuring long-lag priming in the long-lag phase (see below).
For instance, one might measure shutter lag in auto focus and another with manual focus, which will be much less.
We introduce the quantity (E t)=max_{i=1,ldots,N}| y_{i}^{r}(t -x^{d}(t -x^{d) to measure the lag synchronization process and take the inner coupling matrix (Gamma=I_{3} t-tau
The measured time lag between the observed and theoretical Green's functions was less than 2 s for most station pairs, which is less than the wave period of interest in the target frequency range of 0.125 0.250 Hz.
The measured time lag between the observed and theoretical Green's functions was less than 2 s for most station pairs, which is less than the wave period of interest in the target frequency range.
Variable d2 measures the lag after the center on the forward strand (the distance from the center to the ending of the tag stack along the sequencing direction) and d3 measures the lag on the reverse strand.
We measured the lag times, as described by Hagan et al., by extrapolating the steepest part of the assembly curve to the baseline using a linear regression.
Secondly, our study did not further conduct the cross-correlation analysis of weather factors and scrub typhus, we could not exactly measure the lag influence of every weather factor.
