Mixture model clustering using the MULTIMIX program L. Hunt [Clustering using finite mixture models. Ph.D. thesis, Univ. Waikato (1996)] implemented the finite mixture model approach to clustering in a program called MULTIMIX. The program is designed to cluster multivariate data that have categorical and continuous variables and that possibly contain missing values. This paper describes the approach taken to design MULTIMIX and how some of the statistical problems were dealt with. As an example, the program is used to cluster a large medical dataset.

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  1. Biernacki, Christophe; Lourme, Alexandre: Unifying data units and models in (co-)clustering (2019)
  2. Fop, Michael; Murphy, Thomas Brendan: Variable selection methods for model-based clustering (2018)
  3. Jung, Byoung Cheol; Cheon, Sooyoung; Lim, Hwa Kyung: Mixtures of regression models with incomplete and noisy data (2018)
  4. Marbac, Matthieu; Biernacki, Christophe; Vandewalle, Vincent: Model-based clustering of Gaussian copulas for mixed data (2017)
  5. Azzalini, Adelchi; Menardi, Giovanna: Density-based clustering with non-continuous data (2016)
  6. Chauveau, Didier; Hoang, Vy Thuy Lynh: Nonparametric mixture models with conditionally independent multivariate component densities (2016)
  7. Hunt, Lynette A.; Basford, Kaye E.: Comparing classical criteria for selecting intra-class correlated features in Multimix (2016)
  8. Marbac, Matthieu; Biernacki, Christophe; Vandewalle, Vincent: Latent class model with conditional dependency per modes to cluster categorical data (2016)
  9. McParland, Damien; Gormley, Isobel Claire: Model based clustering for mixed data: clustMD (2016)
  10. Morgan, Grant B.; Hodge, Kari J.; Baggett, Aaron R.: Latent profile analysis with nonnormal mixtures: a Monte Carlo examination of model selection using fit indices (2016)
  11. Punzo, Antonio; Ingrassia, Salvatore: Clustering bivariate mixed-type data via the cluster-weighted model (2016)
  12. Marbac, Matthieu; Biernacki, Christophe; Vandewalle, Vincent: Model-based clustering for conditionally correlated categorical data (2015)
  13. Tang, Yang; Browne, Ryan P.; McNicholas, Paul D.: Model based clustering of high-dimensional binary data (2015)
  14. McParland, Damien; Gormley, Isobel Claire; McCormick, Tyler H.; Clark, Samuel J.; Kabudula, Chodziwadziwa Whiteson; Collinson, Mark A.: Clustering South African households based on their asset status using latent variable models (2014)
  15. Chen, Tao; Zhang, Nevin L.; Liu, Tengfei; Poon, Kin Man; Wang, Yi: Model-based multidimensional clustering of categorical data (2012)
  16. Lagona, Francesco; Picone, Marco: Model-based clustering of multivariate skew data with circular components and missing values (2012)
  17. Morlini, Isabella: A latent variables approach for clustering mixed binary and continuous variables within a Gaussian mixture model (2012)
  18. Giordan, Marco; Diana, Giancarlo: A clustering method for categorical ordinal data (2011)
  19. Genolini, Christophe; Falissard, Bruno: KmL: k-means for longitudinal data (2010)
  20. Lebbah, Mustapha; Benabdeslem, Khalid: Visualization and clustering of categorical data with probabilistic self-organizing map (2010) ioport

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