ram-lab.engin.umich.edu
Robotics and Motion Laboratory at the University of Michigan - Petr Zaytsev
http://ram-lab.engin.umich.edu/Petr_Zaytsev.html
Sensors for Soft Robotic Actuators. Optimal Control of Assistive Devices. Gaits and Energetics in Legged Robots. Gait Creation and Optimal Control. A Digital Hydraulic Transmission for Body Powered Exoskeletons. Previous Work at the ASL. Previous Work at the NMBL. Walk This Way: Outreach at the Ann Arbor Hands on Museum. Graduate Research at the Robotics and Motion Laboratory. Undergraduate Research (RISE - X90). ME543 - Analytical and Computational Dynamics. Dynamic Walking and Running with Robots.
ram-lab.engin.umich.edu
Robotics and Motion Laboratory at the University of Michigan - Rodney Gleason
http://ram-lab.engin.umich.edu/rodney_gleason.html
Sensors for Soft Robotic Actuators. Optimal Control of Assistive Devices. Gaits and Energetics in Legged Robots. Gait Creation and Optimal Control. A Digital Hydraulic Transmission for Body Powered Exoskeletons. Previous Work at the ASL. Previous Work at the NMBL. Walk This Way: Outreach at the Ann Arbor Hands on Museum. Graduate Research at the Robotics and Motion Laboratory. Undergraduate Research (RISE - X90). ME543 - Analytical and Computational Dynamics. Dynamic Walking and Running with Robots.
ram-lab.engin.umich.edu
Robotics and Motion Laboratory at the University of Michigan - Zhenyu Gan
http://ram-lab.engin.umich.edu/zhenyu_gan.html
Sensors for Soft Robotic Actuators. Optimal Control of Assistive Devices. Gaits and Energetics in Legged Robots. Gait Creation and Optimal Control. A Digital Hydraulic Transmission for Body Powered Exoskeletons. Previous Work at the ASL. Previous Work at the NMBL. Walk This Way: Outreach at the Ann Arbor Hands on Museum. Graduate Research at the Robotics and Motion Laboratory. Undergraduate Research (RISE - X90). ME543 - Analytical and Computational Dynamics. Dynamic Walking and Running with Robots.
ram-lab.engin.umich.edu
Robotics and Motion Laboratory at the University of Michigan - HOME
http://ram-lab.engin.umich.edu/index.html
Sensors for Soft Robotic Actuators. Optimal Control of Assistive Devices. Gaits and Energetics in Legged Robots. Gait Creation and Optimal Control. A Digital Hydraulic Transmission for Body Powered Exoskeletons. Previous Work at the ASL. Previous Work at the NMBL. Walk This Way: Outreach at the Ann Arbor Hands on Museum. Graduate Research at the Robotics and Motion Laboratory. Undergraduate Research (RISE - X90). ME543 - Analytical and Computational Dynamics. Dynamic Walking and Running with Robots.
ram-lab.engin.umich.edu
Robotics and Motion Laboratory at the University of Michigan - Gaits and Energetics in Legged Robots
http://ram-lab.engin.umich.edu/gaits_and_energetics_in_robots.html
Sensors for Soft Robotic Actuators. Optimal Control of Assistive Devices. Gaits and Energetics in Legged Robots. Gait Creation and Optimal Control. A Digital Hydraulic Transmission for Body Powered Exoskeletons. Previous Work at the ASL. Previous Work at the NMBL. Walk This Way: Outreach at the Ann Arbor Hands on Museum. Graduate Research at the Robotics and Motion Laboratory. Undergraduate Research (RISE - X90). ME543 - Analytical and Computational Dynamics. Dynamic Walking and Running with Robots.
ram-lab.engin.umich.edu
Robotics and Motion Laboratory at the University of Michigan - Mhairi MacLean
http://ram-lab.engin.umich.edu/maclean_mhairi.html
Sensors for Soft Robotic Actuators. Optimal Control of Assistive Devices. Gaits and Energetics in Legged Robots. Gait Creation and Optimal Control. A Digital Hydraulic Transmission for Body Powered Exoskeletons. Previous Work at the ASL. Previous Work at the NMBL. Walk This Way: Outreach at the Ann Arbor Hands on Museum. Graduate Research at the Robotics and Motion Laboratory. Undergraduate Research (RISE - X90). ME543 - Analytical and Computational Dynamics. Dynamic Walking and Running with Robots.
ram-lab.engin.umich.edu
Robotics and Motion Laboratory at the University of Michigan - Haoyue Tang
http://ram-lab.engin.umich.edu/tonnytt.html
Sensors for Soft Robotic Actuators. Optimal Control of Assistive Devices. Gaits and Energetics in Legged Robots. Gait Creation and Optimal Control. A Digital Hydraulic Transmission for Body Powered Exoskeletons. Previous Work at the ASL. Previous Work at the NMBL. Walk This Way: Outreach at the Ann Arbor Hands on Museum. Graduate Research at the Robotics and Motion Laboratory. Undergraduate Research (RISE - X90). ME543 - Analytical and Computational Dynamics. Dynamic Walking and Running with Robots.
ram-lab.engin.umich.edu
Robotics and Motion Laboratory at the University of Michigan - Optimal Control of Assistive Devices
http://ram-lab.engin.umich.edu/control_of_assistive_devices.html
Sensors for Soft Robotic Actuators. Optimal Control of Assistive Devices. Gaits and Energetics in Legged Robots. Gait Creation and Optimal Control. A Digital Hydraulic Transmission for Body Powered Exoskeletons. Previous Work at the ASL. Previous Work at the NMBL. Walk This Way: Outreach at the Ann Arbor Hands on Museum. Graduate Research at the Robotics and Motion Laboratory. Undergraduate Research (RISE - X90). ME543 - Analytical and Computational Dynamics. Dynamic Walking and Running with Robots.
ram-lab.engin.umich.edu
Robotics and Motion Laboratory at the University of Michigan - Wei Zhou
http://ram-lab.engin.umich.edu/weizhoux.html
Sensors for Soft Robotic Actuators. Optimal Control of Assistive Devices. Gaits and Energetics in Legged Robots. Gait Creation and Optimal Control. A Digital Hydraulic Transmission for Body Powered Exoskeletons. Previous Work at the ASL. Previous Work at the NMBL. Walk This Way: Outreach at the Ann Arbor Hands on Museum. Graduate Research at the Robotics and Motion Laboratory. Undergraduate Research (RISE - X90). ME543 - Analytical and Computational Dynamics. Dynamic Walking and Running with Robots.
