Papers
2
Total Citations
70
H-Index
2
About
Keyan Li is a pioneering researcher at the intersection of telemedicine and electromagnetic sensing, whose work has reshaped critical care delivery during global health crises. Li’s primary research areas include robot-assisted teleultrasound, 5G-enabled remote diagnostics, and advanced magnetic localization for nonmagnetic targets. His landmark 2020 study, “Pilot Study of Robot-Assisted Teleultrasound Based on 5G Network,” with 67 citations, demonstrated a novel protocol for early imaging assessment of COVID-19 patients, proving that 5G-supported teleultrasound could overcome infection control barriers and enable rapid, remote diagnosis—a breakthrough that influenced pandemic response strategies worldwide. Additionally, Li’s 2022 work on eddy current magnetic localization introduced a metal shell model for detecting nonmagnetic targets, advancing precision in geological prospecting and disaster rescue. With a citation count reflecting growing recognition, Li’s contributions are notable for their practical impact: his teleultrasound protocol has been adopted in pilot programs for rural and emergency care, bridging gaps in access during crises. For students and researchers, Li exemplifies how engineering innovation can directly address urgent societal needs, blending robotics, telecommunications, and physics to save lives.
Research Focus
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Top Papers
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