The Human-Computer Interaction Laboratory at IIIT Sri City is equipped with specialized spatial computing headsets, full-body wearable motion capture systems, physiological biosensors, and GPU compute clusters supporting reproducible empirical research.
Spatial Computing & XRHead-Mounted Display
Meta Quest 3 Spatial Computing Headsets
Powers stereoscopic mixed-reality pre-surgical teleconsultation, patient organ inspection with sub-millimeter dynamic coordinate synchronization, and interactive cultural heritage navigation.
Quantifies mental workload, engagement, and cognitive fatigue during immersive VR learning and teleconsultation sessions to validate cognitive fit models.
Facilitates hands-free gaze and target selection for motor-impaired users by translating corneal-retinal dipole movements into discrete directional commands.
Accelerates training of temporal Graph Neural Networks for video forgery detection, deep representation learning, and multi-modal computer vision models.
Spatial Tracking Volume & Human Subjects Testing Suite
Provides an ethically reviewed, controlled physical space for empirical human-subjects evaluations (N=20+ cohorts), usability benchmarks, and biomechanical kinematics studies.
Key Technical Specifications:
•20m² Clear Room-Scale Optical & Kinematic Tracking Area
•Dual Synchronized 4K Observation Cameras with Audio Capture
•Isolated Low-Acoustic Testing Pod for Cognitive Studies
All human-computer interaction user studies, biosignal captures, and mixed reality trials conducted within the laboratory strictly adhere to ethical research guidelines approved by IIIT Sri City Institutional Review Boards, ensuring participant confidentiality, informed consent, and physical safety.