Feature-based enhanced boosting algorithm for depression detection
Depression is a rapidly increasing mental disorder that can interfere with a person’s ability and negatively affect functions in various aspects of life. Fortunately, machine learning and deep learning techniques have demonstrated excellent results in the early detection of depression using social m...
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| Vydané v: | PeerJ. Computer science Ročník 11; s. e2981 |
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| Hlavní autori: | , , , |
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| Jazyk: | English |
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29.07.2025
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| Abstract | Depression is a rapidly increasing mental disorder that can interfere with a person’s ability and negatively affect functions in various aspects of life. Fortunately, machine learning and deep learning techniques have demonstrated excellent results in the early detection of depression using social media data. Most recently, researchers have utilized boosting algorithms including pre-defined boosting algorithms or built their own boosting algorithm for the detection of depression. However, both types of boosting algorithms struggle with the analysis of complex feature sets, the enhancement of weak learners, and the handling of larger datasets. Thus, this study has developed a novel feature-based enhanced boosting algorithm (F-EBA). The proposed model covers two pipelines, the feature engineering pipeline which improves the quality of features by picking up the most relevant features while the classification pipeline uses an ensemble approach designed to boost/elevate the model’s performances. The experimental results highlighted that various parameter including WordVec and BERT embeddings, attention mechanisms, and feature elimination techniques, significantly contributed to the selection of the most relevant features. This approach resulted in generating an optimized feature set that augmented both the model’s accuracy and its interpretability. In addition, utilizing over 46 million records, the F-EBA model significantly enhanced the performance of weak learners through a weight maximization strategy, achieving an impressive accuracy rate of 95%. Moreover, the integration of an adversarial layer that employs defense mechanisms against synonymous text and sarcastic phrases within the datasets has further boosted the F-EBA model’s accuracy to approximately 97%, surpassing the results reported in prior studies. Moreover, the optimized feature sets derived from the F-EBA model make a substantial contribution to boosting the performance of baseline classifiers, marking a novel advancement in the field. |
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| AbstractList | Depression is a rapidly increasing mental disorder that can interfere with a person’s ability and negatively affect functions in various aspects of life. Fortunately, machine learning and deep learning techniques have demonstrated excellent results in the early detection of depression using social media data. Most recently, researchers have utilized boosting algorithms including pre-defined boosting algorithms or built their own boosting algorithm for the detection of depression. However, both types of boosting algorithms struggle with the analysis of complex feature sets, the enhancement of weak learners, and the handling of larger datasets. Thus, this study has developed a novel feature-based enhanced boosting algorithm (F-EBA). The proposed model covers two pipelines, the feature engineering pipeline which improves the quality of features by picking up the most relevant features while the classification pipeline uses an ensemble approach designed to boost/elevate the model’s performances. The experimental results highlighted that various parameter including WordVec and BERT embeddings, attention mechanisms, and feature elimination techniques, significantly contributed to the selection of the most relevant features. This approach resulted in generating an optimized feature set that augmented both the model’s accuracy and its interpretability. In addition, utilizing over 46 million records, the F-EBA model significantly enhanced the performance of weak learners through a weight maximization strategy, achieving an impressive accuracy rate of 95%. Moreover, the integration of an adversarial layer that employs defense mechanisms against synonymous text and sarcastic phrases within the datasets has further boosted the F-EBA model’s accuracy to approximately 97%, surpassing the results reported in prior studies. Moreover, the optimized feature sets derived from the F-EBA model make a substantial contribution to boosting the performance of baseline classifiers, marking a novel advancement in the field. Depression is a rapidly increasing mental disorder that can interfere with a person's ability and negatively affect functions in various aspects of life. Fortunately, machine learning and deep learning techniques have demonstrated excellent results in the early detection of depression using social media data. Most recently, researchers have utilized boosting algorithms including pre-defined boosting algorithms or built their own boosting algorithm for the detection of depression. However, both types of boosting algorithms struggle with the analysis of complex feature sets, the enhancement of weak learners, and the handling of larger datasets. Thus, this study has developed a novel feature-based enhanced boosting algorithm (F-EBA). The proposed model covers two pipelines, the feature engineering pipeline which improves the quality of features by picking up the most relevant features while the classification pipeline uses an ensemble approach designed to boost/elevate the model's performances. The experimental results highlighted that various parameter including WordVec and BERT embeddings, attention mechanisms, and feature elimination techniques, significantly contributed to the selection of the most relevant features. This approach resulted in generating an optimized feature set that augmented both the model's accuracy and its interpretability. In addition, utilizing over 46million records, the F-EBA model significantly enhanced the performance of weak learners through a weight maximization strategy, achieving an impressive accuracy rate of 95%. Moreover, the integration of an adversarial layer that employs defense mechanisms against synonymous text and sarcastic phrases within the datasets has further boosted the F-EBA model's accuracy to approximately 97%, surpassing the results reported in prior studies. Moreover, the optimized feature sets derived from the F-EBA model make a substantial contribution to boosting the performance of baseline classifiers, marking a novel advancement in the field. Depression is a rapidly increasing mental disorder that can interfere with a person's ability and negatively affect functions in various aspects of life. Fortunately, machine learning and deep learning techniques have demonstrated excellent results in the early detection of depression using social media data. Most recently, researchers have utilized boosting algorithms including pre-defined boosting algorithms or built their own boosting algorithm for the detection of depression. However, both types of boosting algorithms struggle with the analysis of complex feature sets, the enhancement of weak learners, and the handling of larger datasets. Thus, this study has developed a novel feature-based enhanced boosting algorithm (F-EBA). The proposed model covers two pipelines, the feature engineering pipeline which improves the quality of features by picking up the most relevant features while the classification pipeline uses an ensemble approach designed to boost/elevate the model's performances. The experimental results highlighted that various parameter including WordVec and BERT embeddings, attention mechanisms, and feature elimination techniques, significantly contributed to the selection of the most relevant features. This approach resulted in generating an optimized feature set that augmented both the model's accuracy and its interpretability. In addition, utilizing over 46 million records, the F-EBA model significantly enhanced the performance of weak learners through a weight maximization strategy, achieving an impressive accuracy rate of 95%. Moreover, the integration of an adversarial layer that employs defense mechanisms against synonymous text and sarcastic phrases within the datasets has further boosted the F-EBA model's accuracy to approximately 97%, surpassing the results reported in prior studies. Moreover, the optimized feature sets derived from the F-EBA model make a substantial contribution to boosting the performance of baseline classifiers, marking a novel advancement in the field.Depression is a rapidly increasing mental disorder that can interfere with a person's ability and negatively affect functions in various aspects of life. Fortunately, machine learning and deep learning techniques have demonstrated excellent results in the early detection of depression using social media data. Most recently, researchers have utilized boosting algorithms including pre-defined boosting algorithms or built their own boosting algorithm for the detection of depression. However, both types of boosting algorithms struggle with the analysis of complex feature sets, the enhancement of weak learners, and the handling of larger datasets. Thus, this study has developed a novel feature-based enhanced boosting algorithm (F-EBA). The proposed model covers two pipelines, the feature engineering pipeline which improves the quality of features by picking up the most relevant features while the classification pipeline uses an ensemble approach designed to boost/elevate the model's performances. The experimental results highlighted that various parameter including WordVec and BERT embeddings, attention mechanisms, and feature elimination techniques, significantly contributed to the selection of the most relevant features. This approach resulted in generating an optimized feature set that augmented both the model's accuracy and its interpretability. In addition, utilizing over 46 million records, the F-EBA model significantly enhanced the performance of weak learners through a weight maximization strategy, achieving an impressive accuracy rate of 95%. Moreover, the integration of an adversarial layer that employs defense mechanisms against synonymous text and sarcastic phrases within the datasets has further boosted the F-EBA model's accuracy to approximately 97%, surpassing the results reported in prior studies. Moreover, the optimized feature sets derived from the F-EBA model make a substantial contribution to boosting the performance of baseline classifiers, marking a novel advancement in the field. |
| ArticleNumber | e2981 |
| Audience | Academic |
| Author | Varathan, Kasturi Dewi Anuar, Nor Badrul Rohei, Muhammad Sadiq Palaiahnakote, Shivakumara |
| Author_xml | – sequence: 1 givenname: Muhammad Sadiq surname: Rohei fullname: Rohei, Muhammad Sadiq organization: Department of Information Systems, Faculty of Computer Science and Information Technology, Universiti Malaya, Kuala Lumpur, Malaysia – sequence: 2 givenname: Kasturi Dewi orcidid: 0000-0003-3421-4501 surname: Varathan fullname: Varathan, Kasturi Dewi organization: Department of Information Systems, Faculty of Computer Science and Information Technology, Universiti Malaya, Kuala Lumpur, Malaysia – sequence: 3 givenname: Shivakumara surname: Palaiahnakote fullname: Palaiahnakote, Shivakumara organization: School of Science, Engineering & Environment, University of Salford, Salford, Manchester, United Kingdom – sequence: 4 givenname: Nor Badrul orcidid: 0000-0003-4380-5303 surname: Anuar fullname: Anuar, Nor Badrul organization: Department of Computer Systems & Technology, Faculty of Computer Science & Information Technology, Universiti Malaya, Kuala Lumpur, Malaysia |
| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/40989434$$D View this record in MEDLINE/PubMed |
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| Keywords | Depression detection Enhanced boosting algorithm Feature-based enhanced boosting algorithm Feature engineering |
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