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In this interview, Matt Mason discusses his career in robotics, in particular in compliant motion, force control, and fine motion planning. Outlining his involvement in projects at IBM, MIT, and Carnegie Mellon, he provides insight into the state and evolution of robotics at the time. Describing his current work on manipulation and robotic hands, he comments on the future of robotics at CMU and of the field as a whole.
Lawrence Matthies
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In this oral history, Larry Matthies covers his professional life in the field of Computer Robotics, taking us through his collegiate education and his career in robotics research, specifically his work with computer vision. Matthies offers his personal insight on the various projects he has collaborated on as well, from working for DARPA to NASA and his experience with the NASA Mars Rover project, for which he dedicated most of his career to. Matthies also touches upon his move back to academia and his thoughts on the future of the field of computer robotics.
Paolo Dario
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In this interview, Dario outlines his education and introduction to robotics, and his contributions to the field, as well as his involvement in creating the early robotics community. He discusses his influence on robotics, such as founding the Advanced Robotics Technologies and Systems (ARTS) Laboratory and his involvement with the Center for the Research in Microengineering (CRIM), and his connections and collaborations with other roboticists. Finally, he discusses the future of robotics and mechatronics, and reflects on the challenges and changes the field has undergone over time. Additionally, Dario provides advice for young people interested in robotics.
Jean Paul Laumond
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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.
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