Ryuta Kunimoto
Papers
1
Total Citations
3
H-Index
1
About
Ryuta Kunimoto’s research centers on mobile robotics and wireless sensor networks (WSNs) for disaster response, with a particular focus on teleoperation in hazardous, underground environments. His most cited work, “1A2-D09 Wireless sensor networks construction strategies considering for mobile robot teleoperation,” proposes a system where teleoperated mobile robots autonomously deploy sensor nodes to establish communication networks in post-disaster settings. This contribution addresses a critical challenge: maintaining connectivity and data flow when human access is impossible. Although his citation count is modest—his top paper has 3 citations—the work demonstrates practical, application-driven thinking at the intersection of robotics and networked sensing. Kunimoto’s approach emphasizes real-world deployment strategies, such as node placement algorithms that adapt to environmental constraints, which could inform future search-and-rescue technologies. His research is notable for bridging teleoperation and WSN construction, offering a blueprint for resilient, robot-assisted information gathering in collapsed structures or tunnels. For students and researchers, Kunimoto’s work highlights the importance of integrating hardware deployment with communication planning, a niche but vital area for advancing autonomous disaster robotics.
Research Focus
Key Achievements
Top Papers
- 1