TEODIANO FREIRE BASTOS FILHO

Title: Doctor
Research groups: CNPq (Google Translator version)
Curriculum: https://lattes.cnpq.br/3761585497791105
Orcid: https://orcid.org/0000000211852773

Participation in projects:

Title	Starting date	Deadline (months)	Participation in the project
Complete System for Rehabilitation of Upper and Lower Limb Movements in Post-Stroke Patients Using Brain-Computer Interface, Robotic Devices, and Neurostimulation Techniques	01/08/2025	36	Coordinator *
Development of a New Social Assistance Robot with Integrated Serious Games for Therapies with Children with Autism Spectrum Disorder and Down Syndrome	01/10/2020	24	Coordinator *
Neurorehabilitation System Based on Brain-Machine Interface, Muscle-Machine Interface, Inertial Sensors, Imersive Virtual Reality and Robotic Mini-Bike	01/02/2018	36	Coordinator *
Use of Robotics and Assistive Technology para Children and Adults with Disabilities	01/08/2015	36	Coordinator *
	02/03/2015	24	Coordinator *

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Participants in examination boards:

Title	Name	Defense date	Course
Evaluation of an Online Remote Photoplethysmography Methodology for Emotion Recognition in a Child-Robot Interaction	LUCAS CÔGO LAMPIER	28/04/2020	MSc in Electrical Engineering
Human Gait Monitoring: Methods And Systems Using Wearable Technologies	LAURA SUSANA VARGAS VALENCIA	24/09/2019	DSc in Electrical Engineering
	ANDRES ALBERTO RAMIREZ DUQUE	17/07/2019	DSc in Electrical Engineering
	ALAN SILVA DA PAZ FLORIANO	19/06/2019	DSc in Electrical Engineering
	IGOR HENRIQUE BELOTI PIZETTA	08/03/2019	DSc in Electrical Engineering

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Guided Students:

Name	Title	Defense date	Role	Type
ÉBERTE VALTER DA SILVA FREITAS	A Socially Assistive Robot as a Therapeutic Tool for Applied Behavior Analysis Therapy in Children with Autism Spectrum Disorder Through Dynamically Modulated Serious Games	07/10/2024	Advisor	Doctoral thesis
LUCAS CÔGO LAMPIER	Extracting Pulse Rate, Oxygen Saturation Level and Respiration Rate Through Smartphones	14/08/2024	Advisor	Doctoral thesis
CRISTIAN DAVID GUERRERO MENDEZ	Brain-Computer Interface for Post-Stroke Upper-Limb Rehabilitation: From Simple to Complex Motor Imagery Tasks	11/12/2023	Advisor	Academic master's dissertation
HAMILTON RIVERA FLOR	Brain-Computer Interface Based on Compressive Sensing and Steady-State Visual Evoked Potentials Applied to Command a Robotic Wheelchair	21/09/2023	Advisor	Doctoral thesis
CRISTIAN FELIPE BLANCO DÍAZ	Brain-Computer Interface for Lower-Limb Neurorehabilitation: From Signal Analysis to Practical Applications	30/08/2023	Advisor	Academic master's dissertation

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