Yazhou Tu

Papers

Total Citations

H-Index

About

Yazhou Tu is a leading researcher in the security and privacy of cyber-physical systems, with a particular focus on sensor integrity and robotic systems. His major contributions lie in exposing and mitigating vulnerabilities in the analog and digital interfaces that underpin modern automation. Tu’s most cited work, "Transduction Shield" (2021, 29 citations), introduces a low-complexity method to detect and correct the effects of electromagnetic interference (EMI) injection attacks on sensors—a critical advancement for protecting pressure sensing and other measurement systems in industrial control and robotics. This research directly addresses the often-overlooked threat of analog-domain attacks, providing a practical defense that enhances the trustworthiness of sensor data. In his more recent work, "Securing the Future: Exploring Privacy Risks and Security Questions in Robotic Systems" (2024), Tu extends his focus to the emerging challenges of autonomous and robotic platforms, identifying novel privacy risks and security questions. Through his rigorous, application-driven approach, Yazhou Tu is shaping the future of secure automation, making his research essential reading for anyone working at the intersection of hardware security, embedded systems, and cyber-physical infrastructure.