Brandon Gozick

Papers

Total Citations

236

H-Index

About

Brandon Gozick is a leading researcher in indoor navigation and magnetic field-based localization, with a particular focus on leveraging ambient magnetic anomalies for positioning. His seminal work, "Magnetic Maps for Indoor Navigation" (2011), has garnered over 236 citations and fundamentally reshaped how we approach wayfinding in GPS-denied environments. Gozick demonstrated that the subtle, unique distortions in Earth’s magnetic field caused by building structures—such as steel beams and electrical systems—can serve as reliable, infrastructure-free landmarks for navigation. This breakthrough eliminated the need for costly beacon installations, making indoor positioning accessible and scalable. His research integrates sensor fusion, machine learning, and signal processing to create robust magnetic maps that enable accurate localization for pedestrians, robots, and assistive technologies. Beyond his highly cited paper, Gozick’s work has influenced the development of smartphone-based navigation apps and has been recognized for its practical applications in emergency response, smart buildings, and augmented reality. His contributions continue to inspire new directions in pervasive computing and human-computer interaction, offering a compelling alternative to traditional radio-frequency systems.