XGobi: interactive dynamic data visualization in the X window system. XGobi is a data visualization system with state-of-the-art interactive and dynamic methods for the manipulation of views of data. It implements 2-D displays of projections of points and lines in high-dimensional spaces, as well as parallel coordinate displays and textual views thereof. Projection tools include dotplots of single variables, plots of pairs of variables, 3-D data rotations, various grand tours, and interactive projection pursuit. Views of the data can be reshaped. Points can be labeled and brushed with glyphs and colors. Lines can be edited and colored. Several XGobi processes can be run simultaneously and linked for labeling, brushing, and sharing of projections. Missing data are accommodated and their patterns can be examined; multiple imputations can be given to XGobi for rapid visual diagnostics. XGobi includes an extensive online help facility. XGobi can be integrated in other software systems, as has been done for the data analysis language S, the geographic information system (GIS) Arc View™, and the interactive multidimensional scaling program XGvis. XGobi is implemented in the X Window System™ for portability as well as the ability to run across a network.

References in zbMATH (referenced in 21 articles )

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  1. Xie, Yihui; Hofmann, Heike; Cheng, Xiaoyue: Reactive programming for interactive graphics (2014)
  2. Hurley, C.B.; Oldford, R.W.: Graphs as navigational infrastructure for high dimensional data spaces (2011)
  3. Urbanek, Simon: iPlots eXtreme: next-generation interactive graphics design and implementation of modern interactive graphics (2011)
  4. Hobbs, J.; Wickham, H.; Hofmann, H.; Cook, D.: Glaciers melt as mountains warm: a graphical case study (2010)
  5. García-Escudero, L.A.; Gordaliza, A.; San Martín, R.; van Aelst, S.; Zamar, R.: Robust linear clustering (2009)
  6. Lawrence, Michael; Wickham, Hadley; Cook, Dianne; Hofmann, Heike; Swayne, Deborah F.: Extending the GGobi pipeline from R. Rapid prototyping of interactive visualizations (2009)
  7. Wickham, Hadley; Lawrence, Michael; Cook, Dianne; Buja, Andreas; Hofmann, Heike; Swayne, Deborah F.: The plumbing of interactive graphics (2009)
  8. Porzio, Giovanni C.; Ragozini, Giancarlo; Vistocco, Domenico: On the use of archetypes as benchmarks (2008)
  9. Fujino, Tomokazu: SVG+Ajax+R: a new framework for WebGIS (2007)
  10. Aggarwal, Charu C.: On the use of human-computer interaction for projected nearest neighbor search (2006) ioport
  11. Kafadar, Karen; Wegman, Edward J.: Visualizing “typical” and “exotic” internet traffic data (2006)
  12. Inselberg, Alfred: Visualization of concept formation and learning (2005)
  13. Nagel, Henrik R.; Granum, Erik: Explorative and dynamic visualization of data in virtual reality (2004)
  14. Lee, Chang Ha; Kanungo, Tapas: The architecture of TrueViz: A groundTRUth/metadata editing and VIsualiZing ToolKit. (2003) ioport
  15. Sloane, N.J.A.; Beferull-Lozano, B.: Quantizing using lattice intersections (2003)
  16. Swayne, Deborah F.; Lang, Duncan Temple; Buja, Andreas; Cook, Dianne: GGobi: Evolving from XGobi into an extensible framework for interactive data visualization (2003)
  17. Hennig, Christian; Christlieb, Norbert: Validating visual clusters in large datasets: fixed point clusters of spectral features. (2002)
  18. Eslava, G.; Marriott, F.H.C.: Projection indices and multimodality for mixtures of normal distributions (1999)
  19. Nelson, Laura; Cook, Dianne; Cruz-Neira, Carolina: Xgobi vs the C2: Results of an experiment comparing data visualization in a 3-D virtual reality environment with a 2-D workstation display (1999)
  20. Conway, John H.; Hardin, Ronald H.; Sloane, Neil J.A.: Packing lines, planes, etc.: Packings in Grassmannian spaces (1996)

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