Table 5.
Studies with ML-driven post-treatment planning techniques of KOA.
| Author | Year | Data | Feature engineering | Learning Algorithm | Validation | Results |
|---|---|---|---|---|---|---|
| Chen, H·P. [123] |
2016 | Biomechanical data | Tilt angle calculation and initial posture classification algorithm | Multi-layer SVM | 10-fold cross validation | 90.6% on layer-1 SVM & 92.7% on layer-2 SVM |
| Huang, P·C. [124] |
2017 | Biomechanical data | Sequential forward feature selection (SFS) | Multi-class SVM | 10-fold cross validation | Accuracy for rehabilitation exercises recognition is 100% and for motion identification is 97.7%. |
| Levinger, P. [121] |
2009 | Biomechanical data | SVM | SVM | LOOCV | Accuracy of 100% for the training set and 88.89% for the test set |
| Wittevrongel, B [122]. | 2015 | Biomechanical data | k-equal frequency binning | Decision tree & Rule sets |
LOOCV | Best accuracy 92.9% & 76.5% respectively |