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Copyright © 2021 PhdAssistance. All rights reserved 1
Adolescent Suicide and Challenges in PhD Dissertation – Application of
Machine Learning
Dr. Nancy Agnes, Head,
Technical Operations, Phdassistance
Keywords:
Machine Learning Techniques in PhD
Dissertation, Adolescent suicide &
challenges Help in PhD, Machine
Learning Dissertation Help, Adolescent
Suicide, Artificial Intelligence Help,
Computer Science Dissertation Help,
Dissertation Coding & Algorithm
Development and Implementation Services,
Computer Science Research, Machine
Learning (ML) Algorithms, Dissertation
Writing Help, Computer Programming
Languages, Adolescent Suicide, Prevention
Strategies, Machine Learning,
Computational Methodology, Suicide Risk,
Public Health
I. INTRODUCTION
According to the world health organization,
one of the most common causes of death
among 15-19 years old is suicide. One-third
of this fraction occurs in low- and middle-
income countries (WHO, 2019).
Adolescence is a period where human
beings are vulnerable to the external
environment and can react positively or
negatively towards things happening around
them. Adolescent suicide has emerged as a
challenging public health problem in the last
decade. The recent pandemic and the
growing usage of social media may escalate
the rate further in the near future. With the
Introduction of Technology in almost all
aspects of life, medicine has also been
transformed by the use of technology-based
therapies. Researchers and clinicians have
begun experimenting and evaluating the use
of technology in the prevention and
management of severe conditions. A search
strategy based study found that new
technologies were slowly becoming easy
and adopted support tools for the prevention
of suicide in adolescents. It also suggested
the efficiency of telepsychiatry and mobile
applications in preventing suicide(Forte
2021).
II. IMPACT OF MACHINE LEARNING
Artificial Intelligence (AI) and Machine
Learning (ML) have emerged as essential
tools to investigate large sets of data and
enhance the detection of risk. Thesis
Techniques have attracted the attention of
researchers from the mental health
community and computational psychiatry
(Navarro 2021). Recent studies have shown
promising results for the use of machine
learning in suicide prevention. The analysis
of social media data through machine
learning comes across as a promising tool to
identify environmental factors that
contribute to the development of suicidal
thoughts and behaviours in an individual
(Bernert 2020). An algorithm known as the
"Suicide Artificial Intelligence Prediction
Heuristic (SAIPH) was developed to predict
future risk to suicidal thoughts through the
analysis of data available publicly on
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Copyright © 2021 PhdAssistance. All rights reserved 2
Twitter. This algorithm was found to be
successful in distinguishing individuals who
had a history or plan of suicide. It critically
succeeded at identifying not only the people
who were at risk but also those who may
likely be at risk. However, It had one
specific drawback of whether or not
someone will tweet about suicide (Roy
2020). Another study found the
implementation of a smartphone app to be
feasible when recording speech in
adolescent mental health therapy
sessions(Cohen 2020).
Fig 1: Basic Steps Involved in Machine Learning
Based Therapy for Suicide Prevention
III. RECENT RESEARCH AROUND THIS
FIELD
In recent research, Haroz et al. combined
machine learning with community-based
suicide surveillance to help identify those at
risk. Their study proves the ability of
Machine Learning Methodologies to
determine those at high risk in the
community (Haroz 2020). A case-cohort
study utilized CART modelling and Random
forest to develop sex-specific risk models as
a suicide prevention strategy. The results of
this study can be used as a foundation for
further research on adolescent suicide
(Gradus 2020).
Hill et al. applied classification tree analysis
to prospectively determine suicide
attempters within a huge adolescent
community sample. They concluded that the
tree methodology can act as a powerful tool
to identify individuals at suicide risk.
According to this study, the classification
tree analysis can generate easy-to-implement
decision rules and customized screening
procedures (Hill 2019). In another paper,
researchers developed machine learning
models for predicting suicidal behaviour in
children and adolescents based on their
clinical history, as well as identifying short-
and long-term risk factors. Their findings
depicted the application of EHRs (Electronic
health records) as a predictive tool to predict
suicide risks among adolescents and children
with accuracy (Chang 2020).
IV. FUTURE SCOPE
The first and foremost step to reduce the rate
of adolescent suicide is to identify those at
potential risk and provide them with help.
Despite decades of research, identification
and understanding of suicide risk still
remain challenging. If used appropriately,
both AI and ML can crucially help identify
early detection of suicide risk, treatment
development and important methodological
cautions (Bernert 2020). Further research
around this field can help in highlighting the
causes impeding the prevention strategies
and steps that can be taken to overcome
them. Researchers may use Machine
Learning Techniques to consider hundreds
of potential factors at once and decide the
most powerful and efficient algorithm to
predict a new observation without making
any assumptions (Navarro 2021). The
development of new machine learning
methods and testing these techniques on a
https://www.phdassistance.com/services/phd-research-methodology/https://www.phdassistance.com/blog/machine-learning-models-for-intrusion-detection-systems-ids-tips-for-developing-academically-sound-ids-models-and-algorithms-for-your-ieee-publication-2019/https://www.phdassistance.com/blog/machine-learning-models-for-intrusion-detection-systems-ids-tips-for-developing-academically-sound-ids-models-and-algorithms-for-your-ieee-publication-2019/
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Copyright © 2021 PhdAssistance. All rights reserved 3
large scale can further elevate the prevention
and management strategies involved in
adolescent suicide.
REFERENCES
1. Bernert, R. A., Hilberg, A. M., Melia, R., Kim, J. P., Shah, N. H., & Abnousi, F. (2020). Artificial
intelligence and suicide prevention: a systematic
review of machine learning investigations.
International journal of environmental research and
public health,17(16), 5929.
2. Cohen, J., Wright-Berryman, J., Rohlfs, L., Wright, D., Campbell, M., Gingrich, D.,… & Pestian, J.
(2020). A feasibility study using a machine learning
suicide risk prediction model based on open-ended
interview language in adolescent therapy sessions.
International journal of environmental research and
public health, 17(21), 8187.
3. Forte, A., Sarli, G., Polidori, L., Lester, D., & Pompili, M.(2021). The role of new technologies to prevent
suicide in adolescence: A systematic review of the
literature. Medicina, 57(2),109.
4. Gradus, J. L., Rosellini, A. J., Horvath-Puho, E., Street, A. E., Galatzer-Levy, I., Jiang, T., … &
Sorensen, H. T. (2020). Prediction of sex-specific
suicide risk using machine learning and single-payer
health care registry data from Denmark. JAMA
psychiatry, 77(1),25-34.
5. Haroz, E. E., Walsh, C. G., Goklish, N., Cwik, M. F., O’Keefe, V., & Barlow, A. (2020). Reaching those at
highest risk of suicide: Development of a model using
machine learning methods for use with Native
American communities. Suicide and Life- Threatening
Behavior, 50(2), 422-436.
6. Hill, R. M., Oosterhoff, B., & Do, C. (2020). Using machine learning to identify suicide risk: a
classification tree approach to prospectively identify
adolescent suicide attempters. Archives of suicide
research, 24(2), 218-235.
7. Navarro, M. C., Ouellet-Morin, I., Geoffroy, M. C., Boivin, M., Tremblay, R. E., Cote, S. M., & Orri, M.
(20210. Machine learning assessment of early life
factors predicting suicide attempt in adolescence or
young adulthood. JAMA network open, 4(3),
e211450-e211450.
8. Roy, A., Nikolitch, K., McGinn, R. Et al. (2020). A machine learning approach predicts future risk at
suicidal ideation from social media data. Npj Digit.
Med. 3,78.
9. Su, C., Aseltine, R., Doshi, R., Chen, K., Rogers, S. C., & Wang, F. (2020). Machine learning for suicide
risk prediction in children and adolescents with
electronic health records. Translational psychiatry,
10(1), 1-10.
10. World Health Organization ( 2019, 02 September “SUICIDE.” Retrieved from
https://www.who.int/news-room/fact-
sheets/detail/suicide
https://www.who.int/news-room/fact-sheets/detail/suicidehttps://www.who.int/news-room/fact-sheets/detail/suicide