Research Article
A Seasonal Time-Series Model Based on Gene Expression Programming for Predicting Financial Distress
Table 1
Financial crisis related researches for research methods and results.
| Author | Research methods | Data period | Sample ratio (crisis : health) | Accuracy |
| Frydman et al. [17] | Repeated segmentation logic | 1971–1981 | 58 : 142 | 85.0–94.0 |
| Mossman et al. [18] | LR | 1970–1976 | Moody’s Industrial Manual 23 : 23 | 82.6–84.9 |
| Atiya [19] | NN | 1993–1996 | US 444 : 716 | 60.0–90.8 |
| Chen [20] | PCA + DT, PCA + LR | 2000–2007 | Taiwan 50 : 50 | 85.1–97.0 |
| Li et al. [21] | RSBL, MDA, Logit, Probit | N/A | China 135 : 135, | 71.6–88.5 |
| Korol [2] | MDA, DT, NN | 1993–1996 | Warsaw 50 : 135 Latin America 60 : 30 | 74.1–96.8 |
| Geng et al. [22] | DT, SVM, NN | Open dataset | China 344 : 344 Taiwan 220 : 220 Australian 307 : 382 German 700 : 300 | 70.9–92.1 |
| Liang et al. [23] | SVM, RBF SVM, -NN, NB, CART, MLP | Open dataset | China 344 : 344 Taiwan 220 : 220 Australian 307 : 382 German 700 : 300 | 70.9–92.1 |
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MDA: multivariate discriminant analysis, DT: decision tree, NN: neural network, PCA: principal component analysis, LR: logistic regression, NB: Naive Bayes, MLP: multilayer perceptron neural network, CART: classification and regression tree, SVM: support vector machines, and RSBL: random subspace binary logit.
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