"distortion test" is a valid and usable phrase in written English.
It refers to a type of examination or evaluation that assesses the degree of distortion present in something, such as a sound, an image, or a data signal. This phrase is commonly used in technical or scientific contexts, such as audio engineering, signal processing, and computer graphics. Example: The engineers conducted a distortion test on the new speaker system to determine its performance under different volume levels.
All χ 2 values for the segregation distortion test were not significant at P < 0.05.
In the family trios, association tests were undertaken using the transmission distortion test (TDT) [40].
One study found no association of three HLA-G alleles and MS susceptibility [23] whereas another found an association of an HLA-G promoter polymorphism with MS susceptibility by the transmission distortion test [8].
By further investigating 13 QTLs under most severe segregation distortion (P < 1.0 × 10−5 in the distortion test), the correlated relation between the orientation of the QTL additive effect was observed to be correlated with that of the segregation distortion.
7.5% was considered to better represent the true percentage of heterozygous genotypes in the dataset, and so we applied the segregation distortion test for the 10,793 markers with the updated H1 of 7.5%; this retained 398 individuals typed at 10,091 markers.
Wear-resistance measurement test coupled with roughness and distortion tests have been performed to run this analysis.
MR-compatibility of the system is verified through both signal-to-noise ratio (SNR) and imaging distortion tests, and several control strategies are then implemented to achieve tracking of prerecorded respiratory motion profiles obtained from a human subject.
The performance of the novel PLL is appraised through a frequency variation, an asymmetrical voltage sag, and an odd harmonic distortion tests, with satisfactory simulated and experimental results which are compared with a Dual Second-Order Generalized Integrator – PLL (DSOGI-PLL).
Asynchronisms detection is based on a non-parametric hypothesis testing (Random Distortion Testing), that requires no prior information on the signal distribution.
Strict segregation distortion tests served to detect and discard any mis-specified loci.
The experimental results after both polynomial and logistic regression demonstrate that SCC is superior to recent state-of-the-art IQMs both in single-distortion and cross-distortion tests.
