The phrase "arithmetic parameters" is correct and usable in written English.
It can be used in contexts related to mathematics, programming, or data analysis where specific numerical values or settings are being discussed.
Example: "In order to optimize the algorithm, we need to adjust the arithmetic parameters to better fit the data set."
Alternatives: "numerical parameters" or "mathematical parameters".
The student t-test was used to compare arithmetic means and parameters while Chi-square (X2) test was used to compare categorical data, correlation with Fisher's exact test was used when appropriate.
We conclude that the arithmetic mean roughness parameter is suitable for relating bare laminate surface roughness to final paint quality with roughness thresholds being developed.
The relevant interval arithmetic algorithms for parameter and state estimation used throughout this process are briefly presented.
As geometric scaling parameters, the arithmetic and harmonic means, as well as the minimum of the radii of two contacting particles are considered.
As such, the conductivity distribution is characterized by four parameters: the arithmetic mean KA, the variance σY2 (Y = lnK), the horizontal integral scale I of the axisymmetric log-conductivity autocorrelation and the anisotropy ratio e = Iv/I (Iv is the vertical integral scale).
Section 2 outlines the novel adaptive arithmetic coding of the parameters produced in the audio encoding.
Firstly, a 27-dimension polarimetric feature space is extracted by simple arithmetic operations of polarimetric parameters and polarimetric target decomposition.
Data are expressed as geometric and population means (non-compartmental and population analysis, respectively), percent coefficient of variation (%CV = standard deviation × 100/mean) for pharmacokinetic parameters and arithmetic mean ± standard deviation for other variables.
In spite of these original features, we have been able to obtain, as in other DREAM challenges, a robust and high-performing set of predictions based on the geometric mean for the parameters and arithmetic mean for the protein predictions.
Combine these parameter estimates into a single point estimate by taking the arithmetic average of the parameter across the M analyses as follows: Q ¯ = 1 M ∑ i = 1 M Q ^ i.
The arithmetic mean of pollutant parameter values for samples collected in a period of 7 consecutive days.
