Projects
Computational Neuroscience
Quantitative Head-Injury Mapping Using geometry-aware manifold learning to quantify the latent relationship between 3D head-impact exposure and white matter microstructural changes using joint multidimensional scaling and Wasserstein metrics
Neuromorphic Motion Tracking Implementing a spiking neural network (LIF) in Nengo to emulate the visual processing pathway, utilizing Kalman filters for optimal sensorimotor integration during a multiple object tracking task.
Wearable sensor analytics
Bio-mechanical Signal Extraction Decoding multi-directional kinematics and gait phase dynamics from torso-worn inertial sensors (IMU) in game.
Hybrid Physiological Modeling Integrating Gradient Boosting (XGB) with Linear Time-Invariant (LTI) systems to model heart rate dynamics during high-intensity exertion.
Mathematical modeling in sport
Topological Dynamics Quantifying team coordination and tactical behavior through the lens of algebraic braid theory.
Hyper-network Analysis Modeling multi-agent passing strategies using higher-order network science to identify hidden tactical structures.
Vector Fields Analyzing team “tempo” and spatial synchronization using divergence waves and spatiotemporal intensity metrics.
Coordination Manifolds Extracting low-dimensional movement manifolds from high-dimensional kinematic data to classify elite sprint mechanics.
Fatigue Dynamics Repeated sprint fatigue & running biomechanics.
Pupil-Gait Coupling Dynamic coupling of pupil diameter & gait.
Futsal Eye-tracking Gaze behaviour in futsal & entropy.
Attention Mapping Modeling attention maps during motion tracking.
Math Cognition F-MRI scans during math problem solving.
SmartBall Integration Synchronizing Adidas SmartBall sensor data with Kinect motion capture.
EMG + MoCap Real-time integration of wireless EMG signals with 3D skeletal tracking.
Multi-Kinect Array A custom multi-sensor system for wide-area clinical gait analysis.
Markerless Scan Markerless body volumetric scan & anthropometrics.
Sprint Bot Autonomous bot for on-field sprint tracking and analysis.
Geometric Tilings Explorations in algorithmic pattern generation and symmetry.
Aperiodic Fractals Generating Penrose tilings and non-repeating geometric structures.
Escher Deformations Recursive shape morphing based on M.C. Escher’s tessellations.