| 摘要 |
<p>An information computational method for classifying multivariate datasets to identify latent (unobservable) properties of members of a sample, which properties are then used for classification. The method comprises a novel combination of statistical and fuzzy logic methods whereby the latent classes of each object are identified according to the formula (I), wherein k⊂{1,...,K} indexes the directions of the multidimensional space; jk⊂{1,...,Nk} identifies an object in direction k; Nk is the number of objects in principal direction k; Y¿j1,...,jk? is a vector of one or more observations on a set of objects {j1,...,jK}; m⊂{1,...,Mk} indexes latent classes in direction k with Mk being the number of latent classes in direction k with Mk being the number of latent classes in direction k; Skm is a latent class m in direction k; G[.] is a specified univariate or multivariate distribution; f(.) and g(.) are specified functions; and the method calculates the likelihood that each object of interest belongs to each identified latent class. The invention addresses a variety of informatics problems, particularly in the field of biology, and permits a user to make reasonable inferences about underlying cause-effect relationships, such as the underlying biology of gene-expression patterns.</p> |
