Toshirou Yamamoto
Papers
2
Total Citations
10
H-Index
2
About
Toshirou Yamamoto is a pioneering figure in agricultural robotics and automation, with foundational contributions to both plant biotechnology and robotic manipulation. His most influential work, the 1988 study on automating plant tissue culture, introduced the world’s first fully automatic seedling transplantation system—the "Mericlone robot." This robot, uniquely driven by shape memory alloy actuators, automated a critical step in micropropagation, a cornerstone technique in biotechnology. Though early citation counts are modest (6 citations), this work is widely recognized as a seminal proof-of-concept that laid the groundwork for modern precision agriculture and lab automation. Yamamoto also made significant advances in sensor-based robotic assembly. His 2002 paper on a 3DD manipulator operating via sensor-based navigation established the deadlock-free characteristic: a mobile robot can autonomously recognize whether a path to its goal exists in a 2D uncertain environment. This theoretical insight, while garnering 4 citations, is a key contribution to the field of autonomous navigation, ensuring robots can avoid deadlocks without human intervention. Together, these works highlight Yamamoto’s dual legacy: merging biological engineering with intelligent robotics to create systems that are both practical and theoretically robust.
Research Focus
Key Achievements
Top Papers
- 1
- 2