Sentence examples for system of variance from inspiring English sources

A case study is used to describe a number of improvements that were made to the problem solving process at a manufacturing company, including changes to the system of variance analysis.

The Resolver system analysis of variance (ANOVA) and hierarchical cluster analysis of the breast cell line expression profiles were used to compare the most sensitive cell lines (n = 21, IC50 < 150 nM) and the most resistant cell lines (n = 12, IC50 > 1,000 nM).

This study uses a simple feature selection method, 17 non-parametric t-test for the binary system and analysis of variance for the ternary system, and explores the accuracy and stability of a system of committee neural networks when it is used to sub-classification of gene expression data from leukemia patients.

AN: Anorexia nervosa; RecAN: Recovered anorexia nervosa; HC: Healthy control; BMI: Body mass index; PANAS: Positive and negative affect scale; PTSD Posttraumaticic stress disorder; FACES: Facial expression coding system; EMFACS: Emotional facial action coding system; ANOVA: Analysis of variance.

(GBM): Glioblastoma; (WHO): World Health Organizzation; (BBB): Blood Brain Barrier; (CNS): Central nervous system; (ANOVA): Analysis of variance.

In case of the ternary system, an analysis of variance (ANOVA) was carried out across three classes for each gene set.

HRT: Hormone replacement therapy; BMI: Body mass index; MDCS: Malmö diet and cancer study; SD: Standard deviation; ALNI: Axillary lymph node involvement; ER: Estrogene receptor; PgR: Progesterone receptor; BIRADS: Breast imaging reporting and data system; ANOVA: Analysis of variance; HR: Hazard ratio.

The discrete forms are applicable to systems of arbitrary variance and correlation scales.

Data collected from the study were analysed using statistical analysis system (SAS) for analysis of variance (ANOVA) and the treatments were compared using the Duncan's multiple range test (DMRT) (p < 0.05).

Therefore the MFC array reproducibly measured the electrochemical activities of this microbial system (less than 14% of variance).

This insight was the spark that led to the ViVA (Visualization of VAriance) system architecture described in this paper.