Research Article
GaitRec-Net: A Deep Neural Network for Gait Disorder Detection Using Ground Reaction Force
Table 9
State of the art of previous work.
| Reference | Dataset | Methodology | No. of subjects | Classification & accuracy |
| [19] | Private dataset | Logistic regression; SVM & MARS | 8 | Binary class | MARS = 88.3%; logistic regression = 68.5% & SVM = 84.8% | [20] | MFC data | SVM | 58 | 83.3% | [18] | Private dataset | PCA + (SVM, KNN) & CNN | 37 | Binary class | CNN = 91.9%; SVM = 67.6% & KNN = 48.7% | Multiclass | CNN = 83.8%; SVM = 51.4% & KNN =32.4% | [21] | Private dataset | PCA + linear SVM; RBF SVM | 440 | Binary class | Linear SVM = 90.8%; RBF SVM = 89.1% | Multiclass | Linear SVM = 54.3; RBF SVM = 51.2% | [22] | Private dataset | KPCA + (SVM; ANN; random forest[RF]) | 239 | Multiclass | SVM = 89%; ANN = 90% & RF = 73% | Proposed method | GaitRec dataset | SVM; KNN; Naïve Bayes; 1D CNN | 2295 | Binary class | SVM = 89.998%; KNN = 91.296%; Naive Bayes = 55.244% & 1D CNN = 91.624% |
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