Ying Dong

University Town of Shenzhen, Zhejiang Normal University, Tsinghua–Berkeley Shenzhen Institute

Papers

Total Citations

H-Index

About

Ying Dong is a pioneering researcher at the intersection of advanced materials and robotics, with a primary focus on developing flexible, high-performance sensory systems for human-robot interaction (HRI). Her key contributions lie in the design and application of piezoelectret-based devices—thin-film materials that convert mechanical stress into electrical signals. Dong’s most impactful work, "Highly polarized piezoelectret embedded versatile haptic devices for immersive human-robot interactions" (2025, 12 citations), introduces a novel haptic interface that enables nuanced, bidirectional communication between humans and machines, enhancing immersion in teleoperation and virtual reality. She further advanced the field with a "Piezoelectret Thin‐Film Acoustic Sensor" (2025, 3 citations), demonstrating exceptional flexibility and noise immunity, crucial for robust HRI in real-world environments. Earlier in her career, Dong contributed to foundational robotics theory with her review of SLAM data association (2016, 4 citations), addressing key bottlenecks in autonomous navigation. Her work is notable for bridging material science and robotics, creating devices that maintain high sensitivity even under mechanical deformation—a critical step toward truly wearable and durable robotic interfaces. With a growing citation footprint, Ying Dong is establishing herself as a key innovator in next-generation tactile and acoustic sensing for intelligent systems.