Ensemble Feature Selection and Harris Hawks Optimization for Explainable Mental Health Risk Prediction in Female Sex Workers
Learn how to apply ensemble feature selection and Harris Hawks Optimization for explainable mental health risk prediction in marginalized groups using machine learning
- Apply ensemble feature selection to identify relevant factors contributing to mental health risks in female sex workers
- Use Harris Hawks Optimization to optimize the feature selection process and improve model performance
- Implement a hybrid predictive model that combines multiple machine learning algorithms to capture complex risk patterns
- Evaluate the model's performance using metrics such as accuracy, precision, and recall
- Interpret the results to identify key factors associated with mental health risks in this population
Data scientists and machine learning engineers working on healthcare projects can benefit from this approach to improve the accuracy and explainability of their models, while researchers in social sciences can apply these methods to better understand mental health risks in vulnerable populations
💡 Ensemble feature selection and Harris Hawks Optimization can improve the accuracy and explainability of machine learning models for mental health risk prediction in marginalized groups
New approach to mental health risk prediction in female sex workers using ensemble feature selection and Harris Hawks Optimization #MachineLearning #MentalHealth
Key Takeaways
Learn how to apply ensemble feature selection and Harris Hawks Optimization for explainable mental health risk prediction in marginalized groups using machine learning
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Abstract:
arXiv:2606.24047v1 Announce Type: new Abstract: One of the significant mental health issues affecting female sex workers (FSWs) is mental disorders, especially depression. Exposure to violence, stigma, and economic hardship further increases their psychological risk. Current machine learning (ML) models are typically ineffective at capturing the high-dimensional and complex risk patterns that exist in this marginalized group. This paper suggests a hybrid predictive model that merges an ensemble
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