BMI Systems Research Group
Research portfolio

Projects

Current and recent projects across brain-computer interfaces, cognitive rehabilitation, visual health, neuromarketing and human performance.

Non-invasive Online-self-correcting Closed-loop Brain Computer Interface for Decoding and Control of Motor Imagery Hand Movement Kinematics
Motor Imagery & Closed-loop BCI

Non-invasive Online-self-correcting Closed-loop Brain Computer Interface for Decoding and Control of Motor Imagery Hand Movement Kinematics

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Brain-Computer Interface based Neuroenhancement System for Sustaining Short-term Memory, Focused Attention, Visuospatial Attention and Error-related Potentials in Mild Cognitive Impairment Patients
Cognitive Neurorehabilitation

Brain-Computer Interface based Neuroenhancement System for Sustaining Short-term Memory, Focused Attention, Visuospatial Attention and Error-related Potentials in Mild Cognitive Impairment Patients

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Study of Electrophysiological Changes in Children with Cognitive Impairments Post-Acquired Brain Injury and Use of Brain-Computer Interface with Neurofeedback for Cognitive Rehabilitation
Paediatric Rehabilitation

Study of Electrophysiological Changes in Children with Cognitive Impairments Post-Acquired Brain Injury and Use of Brain-Computer Interface with Neurofeedback for Cognitive Rehabilitation

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Steady-State Visual Evoked Potential (SSVEP)-based Brain Computer Interface for Automated Diagnosis and Monitoring of Glaucoma
Visual Health

Steady-State Visual Evoked Potential (SSVEP)-based Brain Computer Interface for Automated Diagnosis and Monitoring of Glaucoma

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A BCI-Based Neuromarketing Tool for the Fine-Grained Analysis of Consumers’ Affective Attitude and Purchase Intention
Neuromarketing

A BCI-Based Neuromarketing Tool for the Fine-Grained Analysis of Consumers’ Affective Attitude and Purchase Intention

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Brain Machine Interface-based Neurofeedback System for Enhancing Human Cognition in Military Training
Human Performance

Brain Machine Interface-based Neurofeedback System for Enhancing Human Cognition in Military Training

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RECLAiM: REal-time Cognitive Learning and Monitoring for chemotherapy survivors
Cancer Survivorship

RECLAiM: REal-time Cognitive Learning and Monitoring for chemotherapy survivors

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Noninvasive Online Self-Correcting Brain Computer Interface for Decoding and Control of Motor Imagery Hand Movement Directions
Motor Imagery & Translation

Noninvasive Online Self-Correcting Brain Computer Interface for Decoding and Control of Motor Imagery Hand Movement Directions

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