Ernst Dickmanns

In this interview, Oussama Khatib discusses his career in robotics, focusing on robot control and motion planning. Describing his work and research, he outlines his time at Stanford University and his involvement in several robotics projects, including the Stanford Robotics Platforms—Romeo and Juliet. Discussing the evolution and challenges of his work, he describes his move towards humanoid robotics and his involvement with robotics societies and activities, as well as provides advice for young people interested in a career in robotics.

In this interview, Nilsson discusses his opinions on, and experiences with, artificial intelligence. He goes into detail on the successes and failures of AI, and how these may translate to the future of the field.

In this interview, Kaneko outlines his progression throughout robotics and his contributions to various projects, such as the walking robot and the multi-fingered hand. He discusses his experiments with the hand, and the influences drawn upon by his work. Finally, he provides insight into the future direction of his research, and comments on the future applications of robotics.

In this interview, Burdick discusses the development of his research in motion and medical robotics, highlighting his many collaborations.

In this interview, Hagita discusses his work in robotics, with a focus on human-robot interaction, agent systems and networked robots, visual perception, and pattern recognition and learning. He recounts his robotics work at various research laboratories, such as Steven Palmer's lab at UC Berkeley, and his time and contributions at NTT and ATR. He reflects on the influences and successes of his career, his involvement in creating the IRC and Media Information Lab at ATR, and the collaborations on various projects (such as Robovie and RFID tags). Additionally he comments on the evolution and difficulties of robotics, and provides advice to young people interested in the field.

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.