Research Article
An Optimized Neural Network Classification Method Based on Kernel Holistic Learning and Division
Algorithm 1
Kernel holistic learning and kernel interior sample generation.
| Initialization; | | for % h is the number of pattern categories | | for | | Count the number of initial samples belonging to the pattern category covered by each RBF hidden node; | | Use (8) to generate a sample set and count the number of generated samples ; | | for % Screening of generated samples according to the density | | Use (9) to estimate the probability density belonging to the current pattern category; | | ; | | if | | ; | | end if | | end for | | update; | | end for | | for %further screening of the overlapping region samples | | for | | if | | Use (10) to estimate the probability density belonging to the pattern category; | | if | | ; | | end if | | end if | | end for | | end for | | end for |
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