Jun Kato

The University of Tokyo, National Institute of Advanced Industrial Science and Technology, Bunkyo University

Papers

Total Citations

128

H-Index

About

Jun Kato is a pioneering researcher at the intersection of human-computer interaction, programming environments, and robotics. His work fundamentally reimagines how humans program and interact with swarms of robots and physical computing systems. Kato's major contributions include developing novel interfaces that replace traditional screen-based robot programming with direct, intuitive physical manipulation. His highly cited paper "Reactile" (42 citations) introduced a groundbreaking approach to programming swarm user interfaces through direct physical interaction, while his "Multi-touch interface for controlling multiple mobile robots" (42 citations) pioneered accessible multi-touch control for robotic systems. Kato also created "Phybots," a toolkit that bridges the gap between physical UI prototyping and locomotive robotics, and "Picode," which addresses the challenge of representing real-world data like human posture and gesture input in programming environments. His work on "CRISTAL" explored touch-based control of smart home devices, and "Sharedo" proposed innovative to-do list interfaces for human-robot task coordination. Through these contributions, Kato has established himself as a leading voice in making robot programming more accessible, tangible, and integrated with human physical intuition, with his research accumulating over 128 citations and shaping how developers approach real-world input/output in programming.