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All Journal IJHCS
Adeniji, Oluwashola David
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Computer Science & IT Control & Systems Engineering Decision Sciences, Operations Research & Management Neuroscience

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Hybridization of Machine Learning Techniques in Predicting Mental Disorder Alabi, Emmanuel Oluwadunsin; Adeniji, Oluwashola David; Awoyelu, Tolulope Moyo; Fasae, Oluwakemi Dunsin
International Journal of Human Computing Studies Vol. 3 No. 6 (2021): IJHCS
Publisher : Research Parks Publishing LLC

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31149/ijhcs.v3i6.2083

Abstract

This study applied a hybrid Random Forest and Artificial Neural Network (RF-ANN) model in predicting the chances of IT employees developing mental disorder. To measure the performance of the model, Random Forest and Artificial Neural Networks algorithms were separately developed, their results were recorded and compared with the results of the hybridized model. The result obtained from the hybridized model showed a significant improvement in its performance over the individual performances of the Random Forest model and Artificial Neural Networks models. Hybridizing Random Forest and Artificial Neural Networks using “Bagging Ensemble” produced a model that was able to correctly predict the chances of IT employees developing Mental Disorder with 94% recall and 80% F1-score compared to 65% and 60% respectively in the Random Forest Model. With these results, applying the RF-ANN model on improved dataset could be investigated and compared with the results found in this study.
Co-Authors Alabi, Emmanuel Oluwadunsin Awoyelu, Tolulope Moyo Fasae, Oluwakemi Dunsin