Yutaka Sasaki

Tokyo University of Agriculture, The University of Tokyo, Tokai University

Papers

Total Citations

H-Index

About

Yutaka Sasaki is a pioneering researcher in human-robot interaction, with a focus on developing robots that can understand and respond to human emotions, gestures, and natural language. His work spans three key areas: Kansei (emotional) communication in agriculture, autonomous plant inspection and diagnosis, and non-task-oriented dialogue systems. In his most cited work (5 citations), Sasaki proposed a "Kansei Agri-Robot" that interprets workers' body language and gestures to enable intuitive, two-way communication—blending robotics with emotional intelligence for agricultural applications. His 2002 study (4 citations) introduced an inspection and diagnosis robot (IDR) capable of autonomously monitoring machinery in hazardous industrial environments using genetic algorithm control. More recently (2020, 3 citations), Sasaki developed a dialogue system for human-friendly robots, integrating voice recognition, sentence comprehension, and response generation to facilitate natural, non-task-oriented conversation. While his citation counts are modest, Sasaki's contributions are notable for their interdisciplinary vision—merging robotics, affective computing, and human factors engineering. His work lays foundational groundwork for emotionally aware robots that can collaborate safely and intuitively with humans in agriculture, industry, and everyday life.