Journal of the American Statistical Association · 1973 · 1.3K citations · 6 references
ComputingVisualizationData VisualizationMultivariate VisualizationScientific VisualizationHigh-dimensional Data VisualizationMultivariate Data VisualizationSurface VisualizationThree-dimensional VisualizationGraphical NotationMultivariate Data AnalysisMultivariate Data EncodingMultivariate Data Exploration
The paper introduces a novel method for representing multivariate data. The method encodes each k‑dimensional point (k≤18) as a computer‑drawn face, mapping facial features such as nose length and mouth curvature to the point’s components, with brief mention of other graphical representations. The face-based visualization enables humans to readily perceive key regularities and irregularities in the data.
Abstract A novel method of representing multivariate data is presented. Each point in k-dimensional space, k≤18, is represented by a cartoon of a face whose features, such as length of nose and curvature of mouth, correspond to components of the point. Thus every multivariate observation is visualized as a computer-drawn face. This presentation makes it easy for the human mind to grasp many of the essential regularities and irregularities present in the data. Other graphical representations are described briefly.
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Plots of High-Dimensional Data
David Andrews · Biometrics · 1972 · 760 citations · Full text
A Semigraphical Method for the Analysis of Complex Problems
Edgar Anderson · Technometrics · 1960 · 115 citations
A Semigraphical Method for the Analysis of Complex Problems
Edgar Anderson · Technometrics · 1960 · 45 citations
Sheridan Dauster Speeth · The Journal of the Acoustical Society of America · 1961 · 38 citations