Jean-Daniel Nicoud

This oral history covers aspects of the education and career of Kazuhiro Kosuge, detailing his professional life, starting with his university education and introduction to robotics, and continuing on to his career in the robotics field. Kosuge also touches upon his life in academia and working in research for many years before becoming a professor at Nagoya University, and later Tohoku. Also included is his personal reflection on his experience with the Dancer project, along with many other notable achievements throughout his extensive career. In addition, Kosuge offers his thoughts on the development of the robotics field and future milestones and leaves advice for newcomers who will continue the growth of robotics.

In this interview, Daniel discusses his lengthy career in the field of robotics research. He reflects on his contributions to the field through his various projects and collaborations in industry and at universities, and the founding of his company. Additionally, he discusses the evolution of the field through the years and the challenges it will face, as well as provides advice to young people interested in robotics.

In this interview, Arkin discusses how he became interested in robotics, his early work with robot navigation, his volunteer positions within the IEEE, and his most popular research on robot ethics. Not only does Arkin outline the applications of robot ethics and robot deception, he also describes the funding of his research and its coverage by the media.

In this interview, Kokotovic outlines his work and experiences throughout his time in Belgrade, Moscow, and the United States. He also goes into detail on his experiences working in Eastern Europe during the Cold War.

In this interview, Jean Paul Laumond discusses his movement from mathematics to robotics and his career contributions to the field, especially in regards to motion planning and anthropomorphic motion. Describing his involvement at CNRS and in other robotics projects, such as HILARE, he comments on the distinction in perception between the robotics approach and a mathematics one.