Mostafa Ammar

Papers

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About

Mostafa Ammar is a leading researcher at the intersection of wireless sensing, networking, and precision tracking. His work is defined by pioneering methods for high-accuracy localization without relying on embedded electronics or expensive camera systems. Ammar’s major contributions include the development of **ITrackU**, a system achieving high-precision tracking of pen-like instruments—critical for applications in education, robotics, and surgery—by overcoming the challenge of embedding electronics in the instrument’s tip (34 citations). He also defined and advanced the field of **Linear Sensor Networks (LSNs)** with his work on ferry-based architectures, enabling efficient data collection in linear monitoring applications like pipelines and borders (20 citations). Most recently, his **UTrack3D** system leverages ultra-wideband (UWB) radios for affordable, high-fidelity 3D tracking of hands, robotic arms, and objects, directly impacting AR/VR, movement science, and 3D modeling (8 citations). Ammar’s research consistently pushes the boundaries of practical, low-cost sensing, earning him recognition for bridging the gap between theoretical networking and real-world tracking challenges. His work is essential reading for anyone interested in the future of ubiquitous, electronics-free sensing.