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Extends an earlier result (Johan, 1998) within Dempster-Shafer theory where several pieces of evidence were clustered into a fixed number of clusters using a neural structure. This was done by minimizing a metaconflict function. We now develop a method for simultaneous clustering and determination of number of clusters during iteration in the neural structure. We let the output signals of neurons represent the degree to which pieces of evidence belong to a corresponding cluster. From these we derive a probability distribution regarding the number of clusters, which gradually during the iteration is transformed into a determination of number of clusters. This gradual determination is fed back into the neural structure at each iteration to influence the clustering process.

1999 information, decision and control. data and information fusion symposium, signal processing and communications symposium and decision and control symposium. proceedings (cat. no.99ex251)

Simultaneous Dempster-Shafer clustering and gradual determination of number of clusters using a neural network structure