Ben-Zion Kaplan

Papers

Total Citations

141

H-Index

About

Ben-Zion Kaplan is a pioneering figure in magnetic field-based localization, whose work has redefined navigation in environments where traditional GPS and RF systems fail. His research centers on exploiting low-frequency magnetic fields for precise positioning, leveraging their unique ability to penetrate obstacles like soil, canopy, and building materials. Kaplan’s most influential contribution, the 2013 paper "Localization in 3-D Using Beacons of Low Frequency Magnetic Field," has garnered over 100 citations and established a foundational framework for 3-D positioning without line-of-sight constraints. He further advanced this field with a 2015 study on indoor navigation using magnetic beacons with smartphones and tablets, demonstrating practical, accessible solutions for real-world applications. Kaplan’s work bridges theoretical electromagnetics and mobile technology, enabling robust localization in challenging settings—from dense forests to complex interiors. His achievements have not only shaped academic discourse but also inspired commercial innovations in asset tracking and autonomous systems. For students and researchers, Kaplan’s research exemplifies how creative use of fundamental physics can solve persistent engineering problems, offering a compelling model for interdisciplinary innovation.