Takashi Kuwata

Papers

Total Citations

H-Index

About

Takashi Kuwata’s research centers on the control, localization, and sensor integration of inverted pendulum mobile robots—a class of dynamically balancing platforms that include the Segway RMP and his own campus robot, KoRo. His major contribution lies in developing a framework for sensor fusion networks that enable these inherently unstable robots to operate autonomously in real-world environments. By addressing the challenge of how tilting posture affects onboard sensors like laser scanners and ultrasonic detectors, Kuwata’s work ensures reliable obstacle detection, wall tracking, and human body recognition despite the robot’s constant self-balancing motion. His 2011 paper on Segway RMP localization, with 5 citations, demonstrates how to maintain autonomous station-keeping and controlled movement while sacrificing transitional posture—a key insight for practical deployment. The 2012 study on KoRo’s sensor fusion network, cited 2 times, formalizes a service-oriented architecture for campus robots, integrating multiple devices into a cohesive perception system. Though his citation counts are modest, Kuwata’s work is notable for bridging theoretical inverted pendulum control with applied sensor integration, laying groundwork for robust mobile robots that navigate crowded, dynamic spaces like university corridors.