Army Research Laboratory / Printed Circuit Microelectromechanical Systems / IEEE Intl / /
Country
United States / China / /
Facility
Wyss Institute / adhe∗ Harvard Microrobotics Laboratory / Stanford University / Army Research Laboratory / Harvard University / /
IndustryTerm
similar hybrid systems / mechanical energy / controllable adhesion technology / hybrid solutions / micrometer-scale manufacturing / 3D image processing / adhesion technologies / strain energy / energy density / natural attachment systems / earth orbit grappling applications / energy / /
Organization
Harvard University / Force Normal Force / 1000V Normal Force / National Science Foundation / 0V Shear Force / Harvard / Stanford University / Normal Force / Wyss Institute for Biologically Inspired Engineering / Biomimetics and Dexterous Manipulation Lab / adhe∗ Harvard Microrobotics Laboratory / /
Person
Benjamin Goldberg / James Weaver / Benedikt F. Seitz / Carlos Castro / Adhesion / David L. Christensen / Elliot W. Hawkes / Mark R. Cutkosky / M. Frost / V / Neel Doshi / /
Bio-inspired mechanisms for inclined locomotion in a legged insect-scale robot Benedikt F. Seitz∗ , Benjamin Goldberg∗ , Neel Doshi∗ , Onur Ozcan∗ , David L. Christensen† , Elliot W. Hawkes† , Mark R. Cutkosk