Research Article
Bed Position Classification by a Neural Network and Bayesian Network Using Noninvasive Sensors for Fall Prevention
Table 7
Comparison of sleep position classification algorithms.
| Ref | # of positions | Accuracy (%) | Algorithm | Type of sensors | # of sensors |
| [13] | 8 | 97.1 | kNN | Pressure sensors | 2,048 | [14] | 3 | 98.4 | GMM+kNN | Pressure sensors | 1,728 | [15] | 5 | 97.7 | PCA+SVM | Pressure sensors | 360 | [16] | 5 | 98.1 | HoG+DNN | Pressure sensors | 2,048 | [17] | 4 | 99.7 | SVM | Pressure sensors | 512 | [18] | 5 | 97.7 | kNN | Force sensing array | 2048 | [19] | 6 | 83.5 | Raw data+SVM | FSR sensors | 56 | [20] | 9 | 94.1 | Joint feature extraction and normalization+SVM+PCA | FSR sensors/video | 60 | [21] | 3 | 100 | Kurtosis+skewness | FSR sensors | 16 | [22] | 5 | 98.4 | SVM (linear)+SVM (RBF)+LDA | CC-electrodes | 12 | Ours | 3 | 97.8 | NN+Bayesian network | Pressure and piezoelectric sensors | 4 |
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