> 2024 International Workshop on Artificial Intelligence for Neuroscience <

Balladeer

A big data analytical platform for the diagnosis and treatment of Attention deficit Hyperativity disorder (ADHD)

Featuring extended reality

Scroll

Project funded by the Regional Ministry of Education, Research, Culture and Sport.
Prometeo 2021 program for research groups of excellence with reference number PROMETEO/2021/088.

Lucentia Research

We are a multidisciplinary team where we use methodologies and techniques, the result of university research, to apply them to the business world.

Visit our website!

Lucentia Research

Lucentia Research

We are a multidisciplinary team where we use methodologies and techniques, the result of university research, to apply them to the business world.

Lucentia Research

Visit our website!

Diagnóstico del TDAH a través de los videojuegos

Project objectives

Diagnosis and treatment of ADHD

The overall objective of the proposal is the diagnosis and treatment of ADHD and to lay the groundwork for future intervention in person-centered extended reality intelligent environments. The objective will be achieved mainly by studying brain activity and its evolution through a platform that provides Big Data and Artificial Intelligence (AI) analysis.

  • Provide decision support systems for key stakeholders (patients, physicians, caregivers, health authorities).
  • Analyze gender aspects to find why boys are affected by ADHD four times more than girls.
  • Facilitate a Big Data analytics platform with ExtendEd Reality.

Project Objetives

Diagnosis and treatment of ADHD

The overall objective of the proposal is the diagnosis and treatment of ADHD and to lay the groundwork for future intervention in person-centered extended reality intelligent environments. The objective will be achieved mainly by studying brain activity and its evolution through a platform that provides Big Data and Artificial Intelligence (AI) analysis.

  • Provide decision support systems for key stakeholders (patients, physicians, caregivers, health authorities).
  • Analyze gender aspects to find why boys are affected by ADHD four times more than girls.
  • Facilitate a Big Data analytics platform with ExtendEd Reality.

Machine Learning systems that provide figures on the patient’s evolution after each session and anticipate diagnostic and evolution situations.

Design of novel Extended Reality environments.

Big Data processing in order to collect data from all devices to be used in Extended Reality environments.

Scientific and technological impact

Main aspects

  • Better informed decisions to improve ADHD diagnosis, prevention and treatment for all relevant key stakeholders through Big Data and Machine Learning Algorithms.
  • Utility and effectiveness of integrating and coordinating interventions through Big Data and Data Analytics.
  • Perform large-scale collection of user-generated data in compliance with data protection, privacy and security standards and principles through a focused Big Data Platform.

Scientific and technological impact

Main aspects

  • Better informed decisions to improve ADHD diagnosis, prevention and treatment for all relevant key stakeholders through Big Data and Machine Learning Algorithms.
  • Utility and effectiveness of integrating and coordinating interventions through Big Data and Data Analytics.
  • Perform large-scale collection of user-generated data in compliance with data protection, privacy and security standards and principles through a focused Big Data Platform.

Subscribe to our Newsletter!

Keep up to date on our progress

 Join our community and receive our latest developments directly to your inbox.

Newsletter

BALLADEER Project

© 2019 Lucentia Research Group DLSI, University of Alicante, Alicante, Spain.

Legal Policy. All rights Reserved.

Departamento de Lenguages y Sistemas Informáticos Universidad de Alicante, PO BOX 99 E-03080, Alicante, Spain

Follow on RRSS

Twitter Linkedin
Universidad de Alicante
Logo Balladeer
Conselleria

Last News

Linkedin Post