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| Class Summary | |
|---|---|
| CachedKernel | Base class for RBFKernel and PolyKernel that implements a simple LRU. |
| CheckKernel | Class for examining the capabilities and finding problems with kernels. |
| Kernel | Abstract kernel. |
| KernelEvaluation | Class for evaluating Kernels. |
| NormalizedPolyKernel | The normalized polynomial kernel. K(x,y) = <x,y>/sqrt(<x,x><y,y>) where <x,y> = PolyKernel(x,y) Valid options are: |
| PolyKernel | The polynomial kernel : K(x, y) = <x, y>^p or K(x, y) = (<x, y>+1)^p Valid options are: |
| PrecomputedKernelMatrixKernel | This kernel is based on a static kernel matrix that is read from a file. |
| Puk | The Pearson VII function-based universal kernel. For more information see: B. |
| RBFKernel | The RBF kernel. |
| RegOptimizer | Base class implementation for learning algorithm of SMOreg Valid options are: |
| RegSMO | Implementation of SMO for support vector regression as described in : A.J. |
| RegSMOImproved | Learn SVM for regression using SMO with Shevade, Keerthi, et al. |
| SMOset | Stores a set of integer of a given size. |
| StringKernel | Implementation of the subsequence kernel (SSK) as described in [1] and of the subsequence kernel with lambda pruning (SSK-LP) as described in [2]. For more information, see Huma Lodhi, Craig Saunders, John Shawe-Taylor, Nello Cristianini, Christopher J. |
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