Sentence examples for normalized it to from inspiring English sources

To illustrate the time-frequency scalogram of the CWT, we took the absolute value of CWT a, b) and normalized it to its maximal value so that the time-frequency scalograms of the ERG are shown as colored two-dimensional plots of CWT a, b) in which minimum energy values are displayed in blue and maximal values in red.

We calculated Shannon entropy H (Shannon, 1948) for each hit, based on its codon frequencies, and normalized it to the interval [0,1] by expressing it in log 61) units (61 being the size of the 'codon alphabet').

Instead of defining it as a transgression never to be repeated, the Obama administration normalized it to the point where discussions of torture and indefinite detention on the government's say-so generate no more moral concern than discussions of the appropriate rate of estate taxes.

It assumed that each user knows perfect CSI and normalized it to a unit norm vector H i. The quantization vector is chosen from a fixed codebook of size N = 2 B C = { c 1 ⋯ c N }, ( c j ∈ C 1 × M, N = 2 B ). (2).

We determined the colocalization mask with our colocalization algorithm and measured GFP intensity inside this mask and normalized it to GFP intensity in the whole cell.

For each electrode, task and participant, I computed the pdf P y) of instantaneous amplitudes of the wavelet transformed signal and normalized it to unit variance.

Fold induction of IRF1 was calculated relative to untreated (set as 1) by densitometric analysis after normalizing it to loading control β-actin.

Fold induction of GFP-Ipr1 was calculated relative to expression in untreated cells (set as 1) by densitometric analysis after normalizing it to loading control β-actin.

Bouton number was determined by counting the number of HRP-labelled terminals and then normalizing it to the surface area of muscle 6/7 taken with a × 10 objective.

The synergic boosting of electrocatalytic activity is seen, if we normalize it to the catalytic performance of individual components, i.e. Pt and graphene nanofibers.

This thesis evaluates the challenges with existing metadata of sensors in smart-buildings and proposes ways to normalize it to uniform standard that would allow scalable (write-once and deploy everywhere) application development.