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A Hybrid Genetic Programming and Boosting Technique for Learning Kernel Functions from Training Data
2007
Ninth International Symposium on Symbolic and Numeric Algorithms for Scientific Computing (SYNASC 2007)
This paper proposes a technique for learning kernel functions that can be used in non-linear SVM classification. The technique uses genetic programming to evolve kernel functions as additive or multiplicative combinations of linear, polynomial and RBF kernels, while a procedure inspired from InfoBoost helps the evolved kernels concentrate on the most difficult objects to classify. The kernels obtained at each boosting round participate in the training of non-linear SVMs which are combined,
doi:10.1109/synasc.2007.71
dblp:conf/synasc/GirdeaC07
fatcat:oneogk5vurepbngsaggus2l3by