categorization

(noun)

The process of sorting or arranging things into classes or groups.

Related Terms

  • frame
  • heuristic
  • concept

Examples of categorization in the following topics:

  • Understanding Concepts

    • Framing and categorization help us interpret, understand, and utilize concepts through accessible context and organization.
    • Simple categorization is the process of sorting or arranging things into categories.
    • Categorization is fundamental in language, prediction, inference, decision making, and other environmental interactions.
    • Thus, conceptual clustering creates a classification structure, which can then be used for categorization.
    • The pitfall of categorization, as many have experienced, is that many things in life defy categorization.
  • Classification and Categorization

    • The word "categorization" implies that objects are sorted into categories, usually for some specific purpose.
    • There are many theories of how the mind categorizes objects and ideas.
    • This type of categorization dates back to the classical period in Greece.
    • Most modern forms of categorization do not have such a cut-and-dried system.
    • Categorization can also be viewed as the process of grouping things based on prototypes.
  • Types of Variables

    • Therefore, categorical variables are qualitative variables and tend to be represented by a non-numeric value.
    • Categorical variables may be further described as ordinal or nominal.
    • An ordinal variable is a categorical variable.
    • A nominal variable is a categorical variable.
    • Examples of nominal categorical variables include sex, business type, eye colour, religion and brand.
  • Continuous REGE for geodesic distances (Padgett's marriage data)

    • Also note that these results are finding rather different features of the data than did the categorical treatment.
    • The continuous REGE algorithm applied to the undirected data is probably a better choice than the categorical approach.
    • The result still shows very high regular equivalence among the actors, and the solution is only modestly similar to that of the categorical approach.
  • Types of variables

    • This variable seems to be a hybrid: it is a categorical variable but the levels have a natural ordering.
    • To simplify analyses, any ordinal variables in this book will be treated as categorical variables.
    • Classify each of the variables as continuous numerical, discrete numerical, or categorical.
    • Are these numerical or categorical variables?
    • Thus, each is categorical variables.
  • Categorical predictors with two levels

    • Categorical variables are also useful in predicting outcomes.
    • Here we consider a categorical predictor with two levels (recall that a level is the same as a category).
    • For categorical predictors with just two levels, the linearity assumption will always be satisfied.
  • Contingency tables and bar plots

    • Like numerical data, categorical data can also be organized and analyzed.
    • In this section, we will introduce tables and other basic tools for categorical data that are used throughout this book.
    • A table that summarizes data for two categorical variables in this way is called a contingency table.
    • A bar plot is a common way to display a single categorical variable.
    • On the other hand, area codes and zip codes are not numerical, but rather they are categorical variables.
  • Categorical REGE for directed binary data (Wasserman-Faust directed data)

  • Categorical REGE for geodesic distances (Padgett's marriage data)

    • The categorical REGE algorithm (Network>Roles & Positions>Maximal Regular>CATREGE) can be used to identify regularly equivalent actors by treating the elements of the geodesic distance matrix as describing "types" of ties -- that is different geodesic distances are treated as "qualitatively" rather than "quantitatively" different.
    • Categorical multi-value analysis (geodesic distance) of Padgett marriage alliances
  • Bacteroidetes and Chlorobi

    • Bacteria categorized under the Phylum Bacteroidetes and Phlyum Chlorobi are closely related base on comparative genomic analysis.
    • The bacteria categorized as bacteroidetes are opportunistic and are rarely pathogenic as they constitute part of the normal flora.
    • An image of a green sulfur bacteria which is categorized under the Phlyum Chlorobi and shares a close relationship with bacteria in the Phlyum Bacteroidetes.
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