Then the interpolation method proposed by Shao et al. [26] was introduced to obtain the continuous trajectory of the test car, by interpolating the sampling points.
The second case estimates an arbitrary data point on the space-time hyperplane by interpolating the discrete samples collected by the sensors.
The amount of reference compound equivalents (eq) in the sample was determined by interpolating the response of the sample into the dose response curve of the reference compound (Figs. 3c and d).
For any unknown total DNA sample, the absolute quantity of both plasmid and genomic DNA was obtained by interpolating the Ct value from the sample against the standard calibration curves.
This section discusses the distortion performance of space-time interpolation, i.e., the estimation of any arbitrary point on the space-time plane by interpolating the N discrete space-time samples.
The relative number of molecules of each transcript was determined by interpolating the CT values of the unknown samples to each standard curve and the obtained values were normalized with respect to the ACTB number of molecules.
Protein concentration in samples was determined by interpolating the densities from the standard reference curve.
The copy number of the experimental samples was determined by interpolating the threshold cycle values using the standard curve.
Next, the evenly sampled spectrum is generated by interpolating the data contained in into the frequency values specified in the space.
The P and T data were sampled every 6 min at each station by interpolating the observed data in time, assuming linear behavior between two consecutive datapoints.
