Table 2 AI and ML algorithms and platforms used in reviewed studies
Authors | Algorithm/Approach [Specific Techniques] | Mediums | Platforms | Mobile use |
|---|---|---|---|---|
Parham, G.P. et al.65 | DL [CNN] |
| Â | Camera |
Movahedi Nia, Z. et al.66 | DL & Topic Modeling [RoBERTa] |
| Â | |
Maturana, C.R. et al.67 | DL [YOLOv5x, Faster R-CNN, SSD, RetinaNet] |
| Â | Microscope |
Kabukye, J.K. et al.68 | DL [Unspecified] |
| Â | Telemedicine System |
Turon, G. et al.69 | SL [Tree-based Machine Learning and AutoML] |
| Â | Â |
Fredriksson, A. et al.70 | SL [Multivariate logistic regression, Logistic model using LASSO (Least Absolute Shrinkage and Selection Operator) regularization, Random Forest, Artificial neural network] |
| Â | Data collection |
Ogbuokiri, B. et al.71 | SL [KNN, SVM, Logistic regression, VADER (Valence Aware Dictionary for Sentiment Reasoning), Decision tree] |
| Â | |
Dacal, E. et al.72 | DL [FasterRCNN-ResNet50, SSD-MobileNet] |
| Â | Microscope |
Gbashi, S. et al.73 | Computational linguistics models [TextBlob, Valence Aware Dictionary, Sentiment Reasoner, World2Vec combined with a bidirectional long short-term memory neural network] |
| Google News, Twitter | Â |
Bruzelius, E. et al.74 | DL [TensorBox] |
| Â | Mapping of images |
Schaible, B. J. et al.17 | Topic modeling [Latent Dirichlet Allocation] |
| Â | |
Kraemer, M.U.G. et al.75 | SL [Logistic model, Boosted regression tree] |
| Â | Data collection and mobility tracking |
Odlum, M. & Yoon, S. 18 | Natural language processing and content analysis [K-means algorithm] |
| Â | |
Rosado, L., Da Costa, J.M.C., Elias, D. & Cardoso, J.S. 76 | SL [SVM] |
| Â | Data collection and image processing |
Fast, S. et al.77 | SL [Random Forest] |
| Social media and News | Â |
Oyebode, O. & Orji, R. 78 | SL [Binarized Naive Bayes] |
| Nairaland | Â |
Zhao, O.S. et al.79 | DL [CNNs] |
| Â | Screening for malaria |
Oladeji, O. et al.80 | SL [SVM, Random Forest, Gradient boosting] |
| Â | |
Yang, A. et al.81 | Artificial neural network [Kankanet] |
| Â | Microscope |
MejÃa, K., Viboud, C. & Santillana, M. 82 | SL [AutoRegression and Regression on Google query volumes] |
| Â | |
Aiken, E. L. et al.83 | SL [AutoRegression and Regression on Google query volumes] |
| Â | |
Nsoesie, E. O., Oladeji, O., Abah, A. S. A. & Ndeffo-Mbah, M. L. 84 | SL [RF regression, and SVR] |
| Â | |
Abebe, R. et al.62 | SL] and Topic Modeling[Logistic regression, Latent Dirichlet Allocation] |
| Bing | Â |
Olukanmi, S. O., Nelwamondo, F.V., & Nwulu, N. I. 85 | DL & Regression [Long Short-term Memory, Feedforward Neural Networks (FNN), Elastic Net, SVM, Multiple Linear Regression] |
| Â | |
Tudor C. & Sova R. 86 | SL [Neural Network Autoregression] |
| Â | |
Adamu, H. et al.87 | SL [Multinomial Naïve Bayes, SVM, Random Forest, Logistics Regression, KNN, Decision Tree] |
| Â | |
Majam, M. et al.88 | SL [Logistic Generalized Linear Models, Bayesian Generalized Linear Models, Lasso Regression, SVMs, Decision Trees, and Gradient Boosted Decision Trees] |
| Â | Data collection via survey |
Maffioli, E. M. & Gonzalez, R. 89 | SL [Random Forest Regression, Least Absolute Shrinkage and Selection Operator (LASSO)] |
| Â | Data collection via survey |
Potgieter, A. et al. 90 | UnSL [Principal Component Analysis, Hierarchical Clustering] |
| Â |





























- Mobile Phone,
- Social Media,
- Accessible via computer or mobile phones.