Predictive Modeling of Acrophobia Severity Using EEG Data


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Authors

  • Dounia CHEBANA University of Biskra
  • Ahmed TIBERMACINE University of Biskra
  • Abdelhakim NAHILI University of Biskra
  • Imad Eddine TIBERMACINE Sapienza University of Rome

DOI:

https://doi.org/10.59287/as-abstracts.1429

Keywords:

Acrophobia, Electroencephalography, EEG, Deep Learning, Machine Learning

Abstract

This study draws upon EEG data collected from four environments from acrophobic patients and uses advanced machine learning algorithms to create a predictive model. It has revealed distinct EEG patterns correlated with severity of acrophobia, leading to an innovative EEG signature associated with this condition and thus potentially aiding early diagnosis and risk evaluation. Furthermore, this research investigates how different environments influence acrophobia symptoms, which could help shape tailored treatment strategies. This work makes strides toward using AI in the assessment and treatment of acrophobia, opening up promising avenues for data-driven personalized therapy plans. It brings value to fields like clinical psychology and neuroinformatics as well as underlining the necessity of further testing on larger, diverse populations.

Author Biographies

Dounia CHEBANA, University of Biskra

Department of Computer Science,  Biskra. Algeria

Ahmed TIBERMACINE, University of Biskra

Department of Computer Science,  Biskra. Algeria

Abdelhakim NAHILI, University of Biskra

Department of Computer Science,  Biskra. Algeria

Imad Eddine TIBERMACINE, Sapienza University of Rome

Department of Computer, Control and Management Engineering, Italy

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Published

2023-09-02

How to Cite

CHEBANA, D., TIBERMACINE, A., NAHILI, A., & TIBERMACINE, I. E. (2023). Predictive Modeling of Acrophobia Severity Using EEG Data. All Sciences Abstracts, 1(5), 10. https://doi.org/10.59287/as-abstracts.1429

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