Jiacheng Tan
Papers
6
Total Citations
52
H-Index
4
About
Jiacheng Tan is a researcher whose work spans robotics, teleoperation, human-robot interaction, and spatial reasoning, with particular expertise in bridging physical robotic systems with digital interfaces and natural language understanding. His early contributions in the late 1990s and early 2000s focused on pioneering internet-based robot teleoperation, developing systems that leveraged Java and 3D visualization technologies to make remote robot control reliable, fast, and platform-independent — work that garnered 22 citations and addressed foundational challenges in what was then an emerging field of web-based robotics. Alongside this, Tan explored virtual environments as modeling tools for teleoperation, tackling the complex problem of dynamic scene reconstruction from single images. His research evolved toward the intersection of natural language processing and robotics, with notable contributions in grounding spatial relations — translating ambiguous human language into precise robotic commands using fuzzy set theory, earning 15 citations and influencing human-robot communication frameworks. With additional work connecting medical visualization, biomechanics, and figure animation to robotic teleoperation, Tan's career reflects a rare interdisciplinary breadth, consistently pushing toward more intuitive, accessible, and robust systems for human-robot collaboration across diverse application domains.
Research Focus
Key Achievements
Top Papers
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