Young‐Duk Kim
Papers
10
Total Citations
191
H-Index
6
About
Young-Duk Kim is a leading researcher in disaster response robotics and intelligent sensor systems, with a career dedicated to advancing technologies that save lives in emergency scenarios. His work primarily spans wireless sensor networks, rescue robotics, and IoT-enabled disaster management. Kim’s most impactful contribution is his 2011 paper on beacon-based wireless sensor networks for agricultural emergency monitoring, which has garnered 64 citations and established foundational methods for real-time environmental surveillance. He is also widely recognized for developing the portable fire evacuation guide robot system (52 citations), a throwable device that gathers critical environmental data at fire sites, and for advancing smart disaster response in vehicular tunnels (23 citations). His innovative designs include user-friendly remote controllers for rescue robots (19 citations) and a robot-assisted observation system for children with autism (13 citations), demonstrating versatility beyond disaster applications. Kim has further contributed to mobility performance test-beds for disaster robots using IoT sensors (7 citations) and obstacle avoidance fuzzy controllers for mobile robots. His work has been instrumental in bridging wireless communication gaps in enclosed spaces, directly improving the reliability of rescue equipment in hazardous environments.
Research Focus
Key Achievements
Top Papers
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- 2Portable fire evacuation guide robot system52 citations · 2009
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