This paper presents the application of correspondence analysis (CA) for investigating associations using confidence regions (CRs) with a focus on facilitating mining the data and hypothesis generation. We study the relationship between locations and "less-healthy" food consumption by UK teenagers. CA allows for a quick visual inspection of the various association structures that exist between the categories of cross-classified variables in large datasets derived with varying study designs. The hypotheses generated by the visual display can then be independently tested using suitable regression models. CA makes use of readily available software tools and of robust statistical tests amenable to interpretation
Keywords: Data Mining, Association Rules, Nutritional Patterns, Knowledge Interpretation, Lifestyle ...
BACKGROUND: The local retail food environment around schools may act as a potential risk factor for ...
<p><b>Model 1</b> Univariable models for each exposure variable, <b>Model 2</b> Univariable exposure...
This paper presents the application of correspondence analysis (CA) for investigating associations ...
In a recent issue of this journal, Guerrero et al. (2010) studied an interesting data set involving ...
This study investigates the relationship between the consumption of foods and eating locations (home...
When examining the association between symmetrically associated categorical variables, correspondenc...
Correspondence analysis (CA) is popular method for providing a graphical summary of the association ...
Correspondence analysis (CA) is popular method for providing a graphical summary of the association ...
The perception of food in Europe has been a topic of research for many years due to its importance i...
Correspondence analysis is an exploratory data technique used to analyze categorical data (Benzecri,...
PMCID: PMC3567930This is an Open Access article distributed under the terms of the Creative Commons ...
International audienceOpen-ended questions are commonly used in sensory analyses, and are usually de...
The present study examined current methodological approaches to characterize the local food environm...
This study investigates the relationship between the consumption of foods and eating locations (home...
Keywords: Data Mining, Association Rules, Nutritional Patterns, Knowledge Interpretation, Lifestyle ...
BACKGROUND: The local retail food environment around schools may act as a potential risk factor for ...
<p><b>Model 1</b> Univariable models for each exposure variable, <b>Model 2</b> Univariable exposure...
This paper presents the application of correspondence analysis (CA) for investigating associations ...
In a recent issue of this journal, Guerrero et al. (2010) studied an interesting data set involving ...
This study investigates the relationship between the consumption of foods and eating locations (home...
When examining the association between symmetrically associated categorical variables, correspondenc...
Correspondence analysis (CA) is popular method for providing a graphical summary of the association ...
Correspondence analysis (CA) is popular method for providing a graphical summary of the association ...
The perception of food in Europe has been a topic of research for many years due to its importance i...
Correspondence analysis is an exploratory data technique used to analyze categorical data (Benzecri,...
PMCID: PMC3567930This is an Open Access article distributed under the terms of the Creative Commons ...
International audienceOpen-ended questions are commonly used in sensory analyses, and are usually de...
The present study examined current methodological approaches to characterize the local food environm...
This study investigates the relationship between the consumption of foods and eating locations (home...
Keywords: Data Mining, Association Rules, Nutritional Patterns, Knowledge Interpretation, Lifestyle ...
BACKGROUND: The local retail food environment around schools may act as a potential risk factor for ...
<p><b>Model 1</b> Univariable models for each exposure variable, <b>Model 2</b> Univariable exposure...