Shigeaki Tanabe
Papers
3
Total Citations
18
H-Index
2
About
Shigeaki Tanabe is a researcher specializing in wireless sensor networks (WSNs), disaster robotics, and autonomous deployment systems for emergency response applications. His work addresses one of the most pressing challenges in disaster management: gathering critical information from hazardous, inaccessible environments where human entry is dangerous or impossible. Tanabe's most recognized contribution, cited 11 times, introduces a strategic framework for deploying WSNs using teleoperated rescue robots in post-disaster underground spaces, enabling communication connectivity where traditional infrastructure has failed. Building on this foundation, he developed impact-resistant sensor nodes designed to be launched directly into closed or dangerous areas — a novel approach that eliminates the need for manual placement in hostile environments, earning 5 citations. His subsequent work further refined deployment strategies by incorporating throughput stability considerations, ensuring robust and reliable communication between nodes in dynamic disaster scenarios. Collectively, Tanabe's research bridges robotics, wireless communications, and emergency management, offering practical solutions that could meaningfully improve first responder capabilities and survivor detection in catastrophic events. His body of work represents an important contribution to the growing field of disaster-resilient autonomous sensing systems.
Research Focus
Key Achievements
Top Papers
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