Man pages for survivalsvm
Survival Support Vector Analysis
| conindex | 'cindex' |
| Diffmatrix | 'Diffmatrix'. |
| getAlpha | 'VB1FitObj' (ranking approach) |
| getAlpha.default | 'VB1FitObj' (ranking approach) |
| getAlpha.VB1FitObj | 'VB1FitObj' (ranking approach) |
| getb0 | 'RegFitObj' (regression approach) |
| getb0.RegFitObj | Class 'RegFitObj' (regression approach) |
| getBeta | 'RegFitObj' (regression approach) |
| getBeta.default | Class 'RegFitObj' (regression approach) |
| getBeta.HybridObj | 'Hybrid' (hybrid approach) |
| getBeta.RegFitObj | 'RegFitObj' |
| getBetastar | 'Hybrid' (hybrid approach) |
| getBetastar.default | 'Hybrid' (hybrid approach) |
| getBetastar.HybridObj | 'Hybrid' (hybrid approach) |
| getBinca.default | 'Kernel' |
| getBincat | 'Kernel' |
| getBincat.Kernel | 'Kernel' |
| getDelta | 'Hybrid' (hybrid approach) |
| getDelta.default | 'Hybrid' (hybrid approach) |
| getDelta.HybridObj | 'Hybrid' (hybrid approach) |
| getDifMat | 'VB1FitObj' (ranking approach) |
| getDifMat.default | 'VB1FitObj' (ranking approach) |
| getDifMat.VB1FitObj | 'VB1FitObj' (ranking approach) |
| getKernel | 'RegFitObj' (regression approach) |
| getKernel.default | 'RegFitObj' |
| getKernel.RegFitObj | 'RegFitObj' |
| getKernel.VB1FitObj | 'VB1FitObj' (ranking approach) |
| getKernpar | 'Kernel' |
| getKernpar.default | 'Kernel' |
| getKernpar.Kernel | 'Kernel' |
| getLogrank | 'getLogrank' |
| getMat | 'Kernel' |
| getMat.default | 'Kernel' |
| getMat.Diffmatrix | 'Diffmatrix'. |
| getMat.Kernel | 'Kernel' |
| getOptMeth | 'RegFitObj' (regression approach) |
| getOptMeth.default | 'RegFitObj' |
| getOptMeth.RegFitObj | Class 'RegFitObj' (regression approach) |
| getOptMeth.VB1FitObj | 'VB1FitObj' (ranking approach) |
| getSV | 'RegFitObj' (regression approach) |
| getSV.default | Class 'RegFitObj' (regression approach) |
| getSV.RegFitObj | 'RegFitObj' |
| getType | 'Kernel' |
| getType.default | 'Kernel' |
| getType.Diffmatrix | 'Diffmatrix'. |
| getType.Kernel | 'Kernel' |
| getXtrain | 'VB1FitObj' (ranking approach) |
| getXtrain.default | 'VB1FitObj' (ranking approach) |
| getXtrain.VB1FitObj | 'VB1FitObj' (ranking approach) |
| hybridFit | survivalsvm (hybrid approach) |
| HybridObj | 'HybridObj' (hybrid approach) |
| Kernel | 'Kernel' |
| kernelMatrix | Kernel |
| logrank | compute the Logrank |
| makediff1 | 'Diffmatrix' |
| makediff2 | 'Diffmatrix' |
| makediff3 | 'Diffmatrix' |
| predictHybrid | Survivalsvm predictions |
| predictRegFitObj | Survivalsvm predictions |
| predict.survivalsvm | Suvirvalsvm predictions |
| predictVB1FitObj | Survivalsvm predictions |
| predictVB2FitObj | Survivalsvm predictions |
| printHybrid | print survivalsvm |
| printRegFitObj | print survivalsvm |
| print.survivalsvm | print survivalsvm |
| print.survivalsvmprediction | print survivalsvm |
| printVB1FitObj | print survivalsvm |
| printVB2FitObj | print survivalsvm |
| regFit | survivalsvm (regression approach) |
| RegFitObj | survivalsvm (regression approach) |
| setAlpha | 'VB1FitObj' (ranking approach) |
| setAlpha.default | 'VB1FitObj' (ranking approach) |
| setAlpha.VB1FitObj | 'VB1FitObj' (ranking approach) |
| setb0 | Class 'RegFitObj' (regression approach) |
| setb0.default | Class 'RegFitObj' (regression approach) |
| setb0.RegFitObj | 'RegFitObj' |
| setBeta | Class 'RegFitObj' (regression approach) |
| setBeta.default | 'RegFitObj' (regression approach) |
| setBeta.HybridObj | 'Hybrid' (hybrid approach) |
| setBeta.RegFitObj | 'RegFitObj' |
| setBetastar | 'Hybrid' (hybrid approach) |
| setBetastar.default | 'Hybrid' (hybrid approach) |
| setBetastar.HybridObj | 'Hybrid' (hybrid approach) |
| setBincat | 'Kernel' |
| setBincat.default | 'Kernel' |
| setBincat.Kernel | 'Kernel' |
| setDelta | 'Hybrid' (hybrid approach) |
| setDelta.default | 'Hybrid' (hybrid approach) |
| setDifMat | 'VB1FitObj' (ranking approach) |
| setDifMat.default | 'VB1FitObj' (ranking approach) |
| setDifMat.VB1FitObj | 'VB1FitObj' (ranking approach) |
| setKernel | Class 'RegFitObj' (regression approach) |
| setKernel.default | 'RegFitObj' (regression approach) |
| setKernel.RegFitObj | 'RegFitObj' |
| setKernel.VB1FitObj | 'VB1FitObj' (ranking approach) |
| setKernpar | 'Kernel' |
| setKernpar.default | 'Kernel' |
| setKernpar.Kernel | 'Kernel' |
| setMat | 'Kernel' |
| setMat.Diffmatrix | 'Diffmatrix'. |
| setMat.Kernel | 'Kernel' |
| setMatrix.default | 'Kernel' |
| setOptMeth | 'RegFitObj' (regression approach) |
| setOptMeth.default | Class 'RegFitObj' (regression approach) |
| setOptMeth.RegFitObj | 'RegFitObj' |
| setOptMeth.VB1FitObj | 'VB1FitObj' (ranking approach) |
| setSV | Class 'RegFitObj' (regression approach) |
| setSV.default | 'RegFitObj' (regression approach) |
| setSV.RegFitObj | 'RegFitObj' |
| setType | Class 'Kernel' |
| setType.default | Class 'Kernel' |
| setType.Diffmatrix | 'Diffmatrix' |
| setType.Kernel | 'Kernel' |
| setXtrain | 'VB1FitObj' (ranking approach) |
| setXtrain.default | 'VB1FitObj' (ranking approach) |
| setXtrain.VB1FitObj | 'VB1FitObj' (ranking approach) |
| survivalsvm | survivalsvm |
| vanbelle1Fit | survivalsvm (ranking approach) |
| vanbelle2Fit | survivalsvm (ranking approach) |
| VB1FitObj | survivalsvm (ranking approach) |
| VB2FitObj | survivalsvm (ranking approach) |
