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  1. Incremental Online Learning of Robot Behaviors from Selected Multiple Kinesthetic Teaching Trials

    IEEE Transactions on Systems, Man, and Cybernetics: Systems / vol.43 no.3 / 2013 / Jo, Sungho / KIR > AI for Cooperative Robots

  2. Unstructured Ground Extraction using Multivariate Gaussian Clustering

    Journal of KIISE : Computing Practices and Letters / vol.19 no.4 / 2013 / Jo, Sungho / KIR > Next Generation Unmanned Vehicle Systems

  3. A low-cost EEG system-based hybrid brain-computer interface for humanoid robot navigation and recognition

    PLoS ONE? / vol.8 no.9 / 2013 / Jo, Sungho / KIR > AI for Cooperative Robots

  4. Multisensor-based online positive learning for drivable region detection

    Electronics Letters / vol.50 no.20 / 2014 / Jo, Sungho / KIR > Next Generation Unmanned Vehicle Systems

  5. Quadcopter flight control using a low-cost hybrid interface with EEG-based classification and eye tracking

    Computers in Biology and Medicine / vol.51 / 2014 / Jo, Sungho / KIR > Next Generation Unmanned Vehicle Systems

  6. Boundary enhanced supervoxel segmentation for sparse outdoor LiDAR data

    Electronics Letters / vol.50 no.25 / 2014 / Jo, Sungho / KIR > Next Generation Unmanned Vehicle Systems

  7. Development and Application of DRC-HUBO

    Korea Robotics Society / vol.20 no.4 / 2015 / Oh, Jun-Ho / KIR > Fundamental Research on Future Robotics

  8. Automatic Driving Strategy of Utility Vehicle for Humanoid Robot and Verification with GAZEBO Simulator

    Institute of Control, Robotics and Systems / / 2015 / Oh, Jun-Ho / KIR > Fundamental Research on Future Robotics

  9. A modified perturbation/correlation method for force-guided assembly

    JOURNAL OF MECHANICAL SCIENCE AND TECHNOLOGY / vol.29 no.12 / 2015 / Oh, Jun-Ho / KIR > Fundamental Research on Future Robotics

  10. Hopping system control with an approximated dynamics model and upper-body motion

    JOURNAL OF MECHANICAL SCIENCE AND TECHNOLOGY / vol.29 no.11 / 2015 / Oh, Jun-Ho / KIR > Fundamental Research on Future Robotics

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