Page 204 - Human Inspired Dexterity in Robotic Manipulation
P. 204

INDEX



              Note: Page numbers followed by f indicate figures, and t indicate tables.
              A                                Center of mass model, 81
              Abduction and adduction (ad/b)   CMC joint. See Carpometacarpal (CMC)
                   motions, 98                      joint
              Adaptation, 28–29, 46            Compression behavior, as linear, 132–134,
               use-dependent, 46–48                 133f, 134t
              Anatomically corrected testbed (ACT) hand,  Compression test, 127f
                   89–90                         of fluid fingertip, 119f
              Anthropomorphic prosthetic hands, 89–90  with fluid fingertip, 128–129, 128–129f
              Anthropomorphic robotic hands, 87–90,  Control group, 33
                   89f, 106–107
                                               D
              B                                Damper model, 4–5, 4f
              Ball-socket joint, 98–99         DC servo motor, 56
              Bayesian Information Criterion, 35  Decimated generic model, 17–18
              Biological joints, hand, 98–100, 98–100f  Deformation transfer, 17–18
              Biology research, design tools for, 90–91  Degree of freedom (DOF), 150
              Biomimetic anthropomorphic design,  Degree of freedom (DOF) joint, 98–99
                   88, 89f                     Denavit-Hartenberg (DH) convention,
              Biomimetic anthropomorphic robotic    100
                   hand, 91                    Dexterity, 2
              Biomimetic robotic hand            acquisition, 2
               crocheted artificial ligaments used in, 102f  of robots, 201–202
               design, 89                      Dexterous hand-object interactions, 28
               development of highly, 101      Dexterous manipulation
               dynamixel servos used in, 105t    human data and potential applications to
               elastic pulley system implemented, 104f  robotic, 48–49
               fully assembled, 103f             by robots, 2
               performance                     Digital-hand
                 fingertip trajectories, 108–111,  link and joint of, 15–16
                   108–110f                      research, 11–12
                 object grasping and manipulation,  surface mesh of, 16–17
                   111–112, 112f                 technology, 12
               rapidprototypingprocessof,101–105,101f  Digital-hand model, 12, 14–15
              BioTac, 117–118                    individual, 17–18
              Blind grasp, 149, 162              link structures of, 15, 15f
               on thumb opposability, 154–158,   mechanical analysis, 22–24
                   156–158f                      motion analysis and posture synthesis,
                                                    20–22, 21f,23f
              C                                  representative, 18–20
              Carpometacarpal (CMC) joint, 13, 15,  with size variations, 17–20
                   92–93, 99–100               Distal interphalangeal (DIP) joint, 14,
               active movements of, 13–14           92–96, 94f,98f
               of thumb, 100f                  DRMC model, 35–36, 44

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