Classification of attention levels using a Random Forest algorithm optimized with Particle Swarm Optimization

被引:0
作者
María Guadalupe Bedolla-Ibarra
Maria del Carmen Cabrera-Hernandez
Marco Antonio Aceves-Fernández
Saul Tovar-Arriaga
机构
[1] Universidad Autónoma de Querétaro,
来源
Evolving Systems | 2022年 / 13卷
关键词
Attention; Classification; Eye tracking; Particle Swarm Optimization; Random Forest;
D O I
暂无
中图分类号
学科分类号
摘要
Attention is one of the most important cognitive functions since it allows us to discriminate irrelevant stimuli when performing an activity. The presence of an attention deficit significantly affects a person’s performance. This is one of the reasons why it is of utmost importance to determine the state of attention mechanisms.A tool that allows determining the level of attention could be of great help in the diagnosis of syndromes or disorders, as well as in the rehabilitation and treatment of people suffering from attention deficits. In this work, a methodology is proposed based on a Random Forest algorithm optimized with PSO (Particle Swarm Optimization) for the classification of attention levels. These attention levels are divided into three main categories: High Attention, Normal Attention, and Low Attention. The proposed approach demonstrated reaching an accuracy of up to 96%. Finally, the approach from this contribution was compared with the state of the art, demonstrating that this work is a feasible methodology for this application.
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页码:687 / 702
页数:15
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  • [1] Aceves-Fernandez M(2021)Methodology proposal of ADHD classification of children based on cross recurrence plots Nonlinear Dyn 104 1491-1505
  • [2] Borys M(2017)Eye-tracking metrics in perception and visual attention research EJMT 3 11-23
  • [3] Plechawska-Wójcik M(2012)Measure of the ability to rotate mental images Psicothema 24 431-434
  • [4] Campos A(2017)Swarm intelligence A review of algorithms Nature-inspired Computing and Optimization 10 475-494
  • [5] Chakraborty A(2015)Fluid intelligence and working memory capacity: Is the time for working on intelligence problems relevant for explaining their large relationship? Pers Individ Differ 79 75-80
  • [6] Kar AK(2020)Development of inductive reasoning in students across school grade levels Think Skills Creat 37 100699-168
  • [7] Colom R(2013)Executive functions Annu Rev Psychol 64 135-467
  • [8] Privado J(2019)EEG data collection using visual evoked, steady state visual evoked and motor image task, designed to brain computer interfaces (BCI) development Data Brief 25 103871-59
  • [9] García LF(2001)Mecanismos atencionales y síndromes neuropsicológicos Rev Neurol 32 463-10286
  • [10] Estrada E(2021)Estimating attention level from blinks and head movement EPiC Ser Comput 77 52-566