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53 sites in Personal Pages |
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Research Scientist and Head of the Mobile Robotics Lab within the University of Michigan's Department of Mechanical Engineering. Interests in mobile robots, obstacle avoidance, odometry, positioning, and the GuideCane for the Blind.
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Showcases a variety of Ander's Mindstorms projects including a Yatzymatic, a Pinball machine and a cooler. Site also include information on Mindstorms programming and sensors.
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Jeff Byrne is a robotics and computer vision professional, working on image segmentation, image aided navigation and visual collision obstacle detection for unmanned air vehicles (UAVs) and unmanned ground vehicles (UGVs).
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A hobby robot that can pick up and move small objects.
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Director of the MIT Computer Science and Artificial Intelligence Laboratory.
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Robotics projects, including a robot head and KHR-1.
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Researcher at CRASAR. Links to research papers and new work in artificial intelligence, the semantic web and robotics.
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Professor heading robotics research at the International University Bremen (IUB).
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A 3-servo hexapod with obstacle avoidance capability. Details the design, building process and programming, and shows movies.
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BEAM robots, hexapods, mini sumo, light seekers and circuits.
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Description of a homebuilt underwater robot.
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Professor at the Universität Karlsruhe with research interests in mobile systems, medical applications, interactive learning and humanoids.
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Research engineer at Ford Motor Company in Michigan working on the DARPA Grand Challenge. Research interests include mobile robot navigation in natural environments, SLAM, sensing and path planning.
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Department of Electrical and Electronic Engineering, and Centre for Process Systems Engineering, Imperial College, London. Interests in Control Theory.
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Assistant Professor at Department of Computer Science and Engineering, University of Washington. His research interests lie in artificial intelligence and its application to mobile robotics, believing that building systems is an important part of research, especially in robotics.
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Showcase of his robots, Micromouse, Carrom Playing Robot and Fire Fighter, and robotics tutorials.
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Walking robot using a BASIC Stamp 2SX and two Mini SSC servo controllers to control 12 servos.
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Gerard Sequeira's robots. Includes information on his fire fighting robot, a golf playing robot based on the PIC16F84A, and a line following robot.
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Includes descriptions and photos of a variety of robot-related projects including robot arms, walking machines, and flying vehicles.
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Proposal to build a $10000, 4 ft high, pneumatic, humanoid robot.
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Complete descriptions for several projects including robots, a battery charger, and a CNC machine.
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Learn about the group's various robot projects. Also includes advice for those who wish to build robots.
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Tony Muilenburg is a Electrical Engineering student at Portland State University, and a member of the PSU Robotics club.
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Lego Mindstorms robots built by Savvas, including biped and tracked robots. Photos and descriptions of each robot are included.
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A builder of robotic kinetic art. Biography, photos, and information on shows.
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Senior Research Computer Scientist, CMU Robotics Institute, Pittsburgh. Research interests focus on developing reliable, highly autonomous systems (especially mobile robots) that operate in rich, uncertain environments.
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Assistant professor doing research on cognitive robotics in the Krieg-Brückner group, Bremen Institute of Safe Systems (BISS), University of Bremen, Germany. Interests include control of autonomous mobile robotics, image processing, and simulation.
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Professor of Computer Science and Robotics at Carnegie Mellon University. Conducts research on the mechanics of robots manipulation.
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Assistant Professor, Department of Computer Science, Duke University, Durham.
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Associate Professor, Department Electrical and Computer Systems Engineering, Monash University, Australia. List of online publications.
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Professor of Computer Science and Engineering at Department of Electrical Engineering and Computer Science MIT. Also associate director of the MIT AI Lab and Editor-in-Chief of the Journal of Machine Learning Research.
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Ph.D. student in Computer Science at the Laboratory for Computational Intelligence at the University of British Columbia, in Vancouver, Canada. Interests include stereo vision for mobile robot navigation.
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Simulation and Systems Optimization Group (SIM), Department of Computer Science, Technische Universität Darmstadt.
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Australian National University, Faculty of Engineering and Information Technology, and the Research School of Information Sciences and Engineering. Current research interests include spatio-temporal modelling in autonomous systems.
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Assistant Professor of Robotics, The Robotics Institute, CMU. Interests include: formal representations of perception and action; planning with incomplete information; interleaving planning and execution; mobile robot architectures; real-time visual obstacle avoidance and navigation; robot team communication and cooperation.
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Researcher in Autonomous Sensor Systems. Assistant Professor at the Centre for Applied Autonomous Sensor Systems at Örebro University in Sweden. Research interests include autonomous robots, machine learning and neural networks, artificial intelligence, navigation systems, and biologically inspired sensor systems.
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Former director of the Institute of Robotics and Mechatronics at the German Aerospace Center.
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Professor of Computer Science at the University of Freiburg and head of the research lab for Autonomous Intelligent Systems. Areas of interest lie in Artificial Intelligence and mobile robots.
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Dallas Personal Robotics Group member who builds autonomous mobile robots, operates the robots.net website, and maintains the Usenet Robot Competition FAQ.
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Provides information on his work with the Autopilot UAV flight control project and links to other robotics sites.
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Director of the SMU Geophysical Imaging Lab. Member of the Dallas Personal Robotics Group. Descriptions and photos of his autonomous robots including nBot, a two-wheeled balancing robot.
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Simon Westerdale's project to create a vision guided robot using adaptive algorithms. Virtual maps are made of the learned environment providing an accurate guidance mechanism.
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Experiments in human behavior and emotional responses through human-scale robots.
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The development of an autonomous robot designed to mow the lawn.
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Control a robot arm and cameras in a college classroom remotely over the web.
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The Amir Kabir University of Technology's robotic projects including a line tracker robot and a ball gatherer.
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A biped robot capable of standing up on its own from a fallen position.
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A small, remote-controlled robot made from a BASIC Stamp and common parts. Includes instructions, schematic and code listing.
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Information on building an autonomous, walking robot. Includes schematics and code.
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Drive a toy car via the web with realtime streaming video.
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A site about Hamlet, an hexapod autonomous robot.
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Photos of several robots made from electronic scrap.
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Information on an attempt to build the SmallBot robot.
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