Sentence examples similar to avg mean from inspiring English sources

We used QuartetA as an example and listed the general steps in the following, Here, "Avg" means taking the average of all the values.

For paired t test t_{text{calculated}} = left( {D_{text{avg}} - 0} right)/left( {sigma_{text{diff}} /surd n} right), (7)Where n = number of matched pairs, D avg = Mean of differences, σ diff = Standard deviation of differences.

Each stimulus was a superposition of one horizontal and one vertical sinusoidal luminance grating, generating a luminance profile described by where L avg represents mean luminance (L); f and g represent the spatial frequency of the vertical and horizontal components, respectively; and A is defined by Parameters used to generate the 16 grating stimuli were A = 0.25,.

That means AVG, Avast, Kaspersky, Microsoft and many others missed it.

Abbreviations: (Mdn (min-max)), median (minimum-maximum); wks, weeks; (M (SD)), mean (standard deviation); Avg.

We set a bound score for a path p with length l that is defined as Equation (4) to control the quality of the path we could find: (4) B o u n d (p ) = s c o r e a v g - α × s c o r e s t d × l α is a constant factor to control the bound, score avg and score std means the average score and the standard deviation.

Abbreviations: (M (SD)), mean (standard deviation); (Mdn (min-max)), median (minimum-maximum); wks, weeks; Avg.

Moreover, computational load for these experiments is reflected by coding time which is calculated by ( varDelta T=frac{T_{mathrm{off}}^{mathrm{avg}}-{T}_{mathrm{on}}^{mathrm{avg}}}{T_{mathrm{on}}^{mathrm{avg}}} ), where ( {T}_{mathrm{off}}^{mathrm{avg}} ) and ( {T}_{mathrm{on}}^{mathrm{avg}} ) mean the average coding time when AMP off and AMP on, respectively.

NEEMP also offers a selection based on the lowest average atom type root mean square difference ((avg RMSD_a))).

The (avg RMSD_a)) is calculated as an average of root mean square difference values for individual atom types ((RMSD_a)).

The energy factor method is related to mean wind speed and can be calculated as [34]: {E}_{fm}=frac{{left({V}^3right)}_{mathrm{avg}}}{{left({V}_{mathrm{avg}}right)}^3} (27).