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Linear Discriminant Functions for Stationary Time Series
Authors:Miros&#x;w Krzy ko  Waldemar Wo&#x;&#x;ski
Institution:Mirosłw Krzyśko,Waldemar Wołński
Abstract:Optimal classification rules based on linear functions which maximize the Chernoff distance, or the Morisita distance, or the Kullback-Leibler distance are studied here. We obtain an expression for the optimal linear discriminant function and show that the resulting linear procedure belongs to the Anderson-Bahadur admissible class. For the comparison of discriminant rules we use some index which is the measure of the accuracy of a given class of discriminant procedures. The asymptotic form of the discriminant function is also studied.
Keywords:Linear discriminant rules  Probability distances  Neyman-Pearson curve
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