Citation

Nouman M, Ullah K, Azam M. EAI Endorsed Transactions on Pervasive Health and Technology 2022; 8(5).

Copyright

(Copyright © 2022)

DOI

10.4108/eetpht.v8i5.3175

PMID

unavailable

Abstract

INTRODUCTION: According to the WHO (World Health Organization), nearly 0.8 million people commit suicide each year, with more than 20 suicide attempts for every self-immolation. Suicidal behaviors have a profound effect on communities, societies, families, friends, and colleagues. After the recognition of public health as a priority by the WHO, various studies are being conducted to prevent it.

OBJECTIVES: The investigation's goals were to improve understanding of suicide by identifying socioeconomic indicators correlated with rising suicide rates among divergent legions globally and to develop a prediction model for those who are at a higher risk of suicide by using different predictors of suicide such as tension, depression, anxiety, and so on.

METHODS: We used a variety of data mining techniques to create a prediction model for suicide, including Logistic Regression, Multilayer Perceptron, Polynomial/Gaussian/Sigmoid SVM, Decision Tree, and K-Nearest Neighbors. For identifying socioeconomic suicide indicators, we used various descriptive and exploratory analysis techniques such as mean, regression, and correlation.

RESULTS: Classification through the Gaussian Kernel-SVM has been shown to have the best results relative to others.

RESULTS also stated that many countries saw a decrease in suicide rates between 2006 and 2015, compared to 1996 to 2005. The highest concentrations have been reported in Europe, while the lower has been observed in South America.

CONCLUSION: Things are improving, at least according to the statistics. The performance of Gaussian Kernel-SVM has been demonstrated to be superior to the other algorithms for suicide prediction. Data on suicide and suicide attempts are imprecise and difficult to gather. Suicide and suicide attempt monitoring, and surveillance must be improved for suicide prevention initiatives to be effective. © 2022 Muhammad Nouman et al.

Language: en

Keywords

Risk Factors; Risk factors; World Health Organization; Logistic regression; Suicidal behavior; Forecasting; Suicidal Behavior; Data mining; Decision trees; Support vector machines; Socio-economics; Nearest neighbor search; Behavior prediction; Data-mining techniques; Divergents; Gaussian kernels; Prediction modelling; Socioeconomic indicators; Socioeconomic Indicators