Papers
2
Total Citations
34
H-Index
2
About
Mingyu Kang is an emerging researcher specializing in haptic interfaces, multimodal tactile sensing, and human-robot interaction. Their work focuses on developing advanced systems that bridge the gap between human perception and robotic technology, enabling more immersive and realistic tactile experiences. Kang's research pushes beyond conventional pressure-based interfaces, introducing innovative sensing and actuation technologies that deliver comprehensive tactile sensations across multiple modalities. Among their most notable contributions is a haptic system combining multimodal tactile sensing with hydraulic feedback, designed to facilitate seamless tactile information transfer between humans and machines. This work, which has collectively garnered over 34 citations across two 2024 publications, demonstrates rapid recognition within the robotics and human-machine interaction communities — a remarkable achievement for such recently published research. Kang's development of wearable tactile feedback devices integrated with robotic hands represents a significant step toward practical, real-world applications in teleoperation, rehabilitation, and immersive virtual environments. As demand for sophisticated haptic technologies continues to grow across industries, Kang's contributions position them as a promising voice shaping the future of intuitive and realistic human-robot interaction systems.
Research Focus
Key Achievements
Top Papers
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- 2