@ARTICLE { Rsds3167,
author = {Pawlak, Zdzislaw}, 
title = {Combining Rough Sets and Bayes' Rules}, 
journal = {Computational Intelligence: An International Journal}, 
number = 	{(no. 3)}, 
volume = 17, 
pages = {401-408}, 
publisher = {Blackwell Publishing}, 
year = 2001, 
url = {http://www.blackwellpublishing.com/}, 
issn = {0824-7935}, 
abstract = {In rough set theory with every decision rule two conditional probabilities, called certainty and coverage factors, are associated. These two factors are closely related with the lower and the upper approximation of a set, basic notions of rough set theory. It is shown that these two factors satisfy the Bayes' rule. The Bayes' rule in our case simply shows some relationship in the data, without referring to prior and posterior probabilities intrinsically associated with Bayesian inference. This relationship can be used to "invert" decision rules, i.e., to find reasons (explanation) for decisions thus providing inductive as well as deductive inference in our scheme.}, 
keywords = {Bayes' rule, rough sets, decision rules, information system, }, 
}