In this interview, Allison Okamura discusses her work in robotics, focusing on manipulation, planning, and sensory feedback and haptics. Describing her time with Immersion and at Johns Hopkins and Stanford, she outlines her involvement with robotics projects, such as Da Vinci Surgical System and the snake robot, and the innovations and successes of her work. Additionally, she describes her involvement in the robotics community, the role of women in robotics, and the challenges and potential of the field.
Richard D. (Dick) Klafter, one of the early leaders in the field of robotics and automation and the IEEE Robotics and Automation Society, was born on 5 August 1936 and died 11 November 2019. He received an undergraduate degree at MIT, two graduate degrees from Columbia University, and a Ph.D. in Electrical Engineering from the City University of New York (1969).
In this interview, Chatila discusses his early interest in scientific research and outlines his research and accomplishments throughout his career, such as his involvement with the development of SLAM and with CNRS. Additionally, he explores the difficulties that the field presented him, as well as his unique insights into the issues of robotics. He reflects on the future challenges of the field, and provides advice to young people interested in the field of robotics.
In this interview, Alami discusses his original experiences with robotics under George Giralt at LAAS, the development of his interest in robot collaboration, and finally his work on human-robot interaction. Alami also provides insight into the challenges of robotics and the future of the industry.
In this interview, Bob McGhee discusses his career in robotics, in particular his work on guided missiles, walking robots, and unmanned submarines. Describing his work on robotics projects, such as the phony pony and the bionic bug, he emphasizes the animal and human influence. Discussing the fallibility of robots, he describes the research and work being done at the time, as well as comments on the change in the perception of robotics and the evolution of the field.
