Abdullah Zafar

PROJECTS

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SPORT PERFORMANCE ANALYSIS

Algebraic Braids and Braid Entropy to Identify Team Movement Patterns

Flow Fields and Divergence to Model Team Movement Dynamics

Graphs, Simplicial Complexes and Hyper-networks to Optimize Team Selection

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MARKER-LESS MOTION CAPTURE

Marker-less 3D Body Scan, Volume Reconstruction and Body Segmentation

3D Motion Integration with Adidas SmartBall Technology for Kicking Analysis

3D Motion Integration with Portable EMG Technology for Throwing Analysis

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GAIT ANALYSIS

Inverse Dynamics of High-Speed Runs Employing Thelen Muscle Models

Self-Driving Robot with Marker-less Motion Capture and Real-Time Computing for On-Field Sprint Analysis

Analysis of Changes in Gait Patterns in Soccer Players due to Fatigue from Repeated Sprints on an Incline

Auto-Classification of Gait Patterns:
https://github.com/abdulzaf/PHY407/blob/main/PHY407_Report_GaitDistinction_Zafar.pdf

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COMPUTATIONAL DESIGN