Table 1 Summary of related Papers.
References | Machine learning models | Dataset | Purpose | Key parameters | Benefits | Drawbacks |
|---|---|---|---|---|---|---|
eSVR, Linear Regression, CNN, STSVR, T-SVR | DEAP Dataset | Proposes a real-time stress recognition framework using peripheral physiological signals. | Blood Volume Pulse (BVP) and Galvanic Skin Response (GSR) | Low prediction error; Suitable for real-world applications | Affected by slight physical movements impacting physiological signals. | |
Linear Regression, Neural Network | CKD Patient Data | Hybrid model to predict chronic kidney disease using patient data in a cloud setup to enhance smart city healthcare. | Feature Weights (FW) | Improves prediction accuracy over traditional models | Model performance limited by small dataset size. | |
SVM, K-NN | RALE Lung Sound DB, DEAP Dataset | Compares performance of SVM and K-NN in diagnosing respiratory issues using lung sound signals. | Mel-frequency Cepstral Coefficients (MFCC) | Feature analysis via ANOVA; Comparative classifier insights | Small dataset; Controlled data collection environment. | |
Ranking SVM | NUS-WIDE Dataset | Analyzes user interaction with social images to improve image ranking. | Color, texture, and GIST features | Utilizes robust learning techniques with diverse sensory inputs | Does not consider cultural/geographical image factors. | |
K-NN, AdaBoost, SVM, RF, Logistic Regression | Non-contact Sensor Data | Predicts HR, RR, and HRV from patients in hemodialysis sessions over 23 weeks using non-contact sensors. | Patient age and Body Mass Index (BMI) | High accuracy via machine learning models | Limited in predicting complex clinical events and additional health parameters. | |
Support Vector Machine (SVM) | CRCNSORIG, DIEM | Detects cognitive decline in different age groups using eye-tracking data from video watching. | Pupil size, blink rate, gaze direction, saccade velocity | Enhanced detection with automated feature selection | Few participants; Data gathered in controlled setting. |