On Demand | Virtual Reality and fNIRS Integration

BIOPAC will present this new technology that allows researchers to create virtual reality experiments and integrate fNIRS and physiological data. Combining VR with fNIRS enables researchers to measure brain activity in response to simulated environments, providing insights into how the brain processes and reacts to different stimuli. Researchers can also study the effects of VR on attention, memory, decision-making, and emotional response. You will learn how to create an experiment and perform a demonstration with a Multiple Object Tracking in Virtual Reality while wearing an HMD and recording fNIRS setup. You will also learn how to analyze the fNIRS data while improving signal quality by using systemic physiology data.

What will be covered:

Virtual Reality:

• Designing virtual reality experiments with minimal (or no) coding
• Adding interactivity
• Using 3D models vs 360 images and videos
• Latest tools for eye tracking analytics, body tracking, hand tracking, facial tracking, mixed reality
• Integration with physiological data and fNIRS
• Collaborative VR with multiple participants

fNIRS & SPA-fNIRS:

• Recording high-density fNIRS while wearing an HMD
• A complete workflow demonstration while recording fNIRS and systemic physiology
• Analyzing fNIRS based on VR markers and improving data quality with systemic physiology

Related Products

• MedelOpt VR Systems | VR 8-8-EEG, VR 8-8
• VR Systems Immersive Environments for Psychophysiology
• Workflow Licenses ACK100W-AWF and ACK100M-AWF
• MP160 Systems with Workflow MP160WSW-AWF and MP160WS-AWF