Xinwen Fu

University of Central Florida, University of Massachusetts Lowell

Papers

Total Citations

162

H-Index

About

Xinwen Fu is a leading cybersecurity researcher whose work bridges the critical gap between theoretical security and real-world systems, from digital manufacturing to wireless networks. His most cited paper, "Cybersecurity for Digital Manufacturing" (2018, 152 citations), addresses the pressing vulnerabilities in modern industrial environments, proposing robust defenses against cyber-physical threats that could disrupt production lines and compromise sensitive designs. Beyond manufacturing, Fu has made foundational contributions to wireless localization security. His work on "Theory Underlying Measurement of AOA with a Rotating Directional Antenna" (2013) tackles a fundamental challenge: accurately determining the angle of arrival (AOA) of wireless signals. By rigorously analyzing how to derive the true direction from maximum received signal strength (RSS), he provided a theoretical framework that improves the precision and reliability of location-based services, even in adversarial settings. This dual focus—securing both the digital backbone of industry and the wireless signals that connect our devices—demonstrates Fu's unique ability to identify and solve high-impact problems. His research continues to influence both academic theory and practical system design, making him a vital voice in the evolving landscape of cybersecurity.