Pioneer in Robotics and Automation Award
About the Award
Description:To recognize individuals who by virtue of initiating new areas of research, development or engineering, have had a significant impact on development of the robotics and/or automation fields. The award is intended for people who are in the mid or late portions of their careers
Prize:$2,000 (as of 2008), a plaque and a certificate. Up to two awards will be given each year, and no award will be given if no qualified candidate is identified
Funding:Funded by the IEEE Robotics and Automation Society
Eligibility:Any person active in the fields of robotics and/or automation, whether or not they are members of the IEEE Robotics and Automation Society, are eligible for the award. Members of the Society who have worked as part of a team will also be eligible, provided their contributions can be clearly identified by the Awards Committee
Basis for Judging:Factors include: the pioneering nature of the contribution, whether academic or industrial; the impact or the accumulated impact of the candidate's contribution or contributions on the fields of robotics and/or automation
Presentation:Annually, at the International Conference on Robotics and Automation (ICRA), which is normally held in the mid-April to mid-May period
Winners of this Award
"For pioneering contributions to the field of dynamic legged locomotion"
"For pioneering contributions to the field of robot mechanics, mechanism design and surgical manipulation"
"For seminal contributions in formulating methods for the control of robot manipulation based on human movement and dynamic interaction principles"
"For pioneering contributions to the foundations of optimization and computation for large-DOF mechanisms and their application to human neuromuscular analysis"
"For pioneering contributions to probabilistic state estimation, RGB-D perception, machine learning in robotics, and bridging academic and industrial robotics research"
"For pioneering contributions to the invention of randomized motion planning algorithms and probabilistic roadmaps"
Bradley J. Nelson
"In recognition of outstanding contributions in micro and nano robotics"
"For fundamental pioneering contributions to Robotics Research in the areas of autonomous navigation and design of flying and walking robots"
"For pioneering work on the theory and practice of cooperative robotics and networked unmanned aerial vehicles"
"For pioneering work in the science and design of distributed and self-reconfiguring robotic systems"
"For pioneering the emerging area of BioRobotics, the science and engineering of integrating robotics with biology and medicine"
"For his seminal contributions to the mathematical and empirical foundations of robotics, leadership in robotics research, inspired mentorship of the next generation of roboticists"
Daniel E. Whitney
"For his fundamental pioneering contributions to robotic assembly and its integration into product development"
Award Not Presented
"For fundamental pioneering contributions to robotics research in the areas of navigation and control, or visionary leadership, and for life-long commitment to the field"
"For pioneering contributions to the development of near-optimal and efficient planning, scheduling, and coordination methodologies for manufacturing and power systems"
"For pioneering contributions to robot motion planning and the application of robotics methods to computational biology and medicine"
"For pioneering work in configuration space motion planning, robotics and automation algorithms, and computational structural biology"
"For fundamental contributions to the foundations of control of robots and teleoperators, and for contributions to robotics education"
"For fundamental pioneering contributions to robotics research in the areas of perception-action systems, telepresence, and active perception, for visionary leadership, and for life-long commitment to the field"
"For fundamental pioneering contributions to robotics research in the areas of mechanisms, dynamics, and control, for visionary leadership, and for life-long commitment to the field"
"For pioneering contributions to the fundamental understanding of the mechanics of robotic manipulation and to graduate education in robotics"
"For pioneering work in medical robotics and in the theory and practice of programmable sensor-based robot systems"
"For pioneering contributions to research and education in solid modeling and programmable automation at the macro and nano scales"
"In recognition of outstanding contributions to the design and control of leading edge robots and other animate machines"
"In recognition of outstanding contributions to the fields of computer vision, manipulation, autonomous mobile robots and medical robotics"
"For his work on PD and PID control, iterative learning control, and passivity-based control of nonlinear mechanical systems, that represents a source of reference for virtually any scientists dealing with complex systems"
"For his pioneering research in mechatronic devices, teleoperation, articulated hands, and lightweight robots, and his leadership in space robotics programs in Europe"
"For his life long commitment to innovation and excellence in robotics research in Japan and in the world"
"For seminal technical contributions to robotics and teleoperation, and pioneering research in space robotics and Human-Robot interfaces"
"For pioneer contributions to the development of cellular/distributed robotics systems and micro/nano robotic systems"
Georges Giralt - "For his contributions in Robot Autonomy and Intelligence and for his pioneering robotics research in France"
Tzyh-Jong Tarn - "For his technical contributions in developing and implementing nonlinear feedback control concepts for robotics and automation"
"For leadership in the development of biologically inspired robotic systems, including walking machines, multifingered hands, and multiple robot systems"
"For the development of Newton-Euler equations of motion in a recursive consideration in real-time computer control since the computational complexity is linearly proportional to the number of joints of the robot. The impact of the Newton-Euler formulation of robot dynamics opened up new perspective for robotics research in kinematics, dynamics and control, such as robot motion control, flexible and redundant robot control, path planning, collision avoidance, control of robots having closed-kinematics-chain linkages, multi-robot control systems, etc"
Richard "Lou" Paul
"In recognition of his work in robot kinematics"
"For contributions in the theory and practice of mobile robotics"