Page 611 - Handbook of Biomechatronics
P. 611

Index                                                        603


              Rotary transmission, 51–52, 51f  SMAs. See Shape memory alloys (SMAs)
              RPE. See Retinal pigment epithelium  SNR. See Signal-to-noise ratio (SNR)
                   (RPE)                       Solenoids, 42
                                               Solid ankle cushion heel (SACH) foot, 255
              S                                Space Robotics Telepresence, 290–292
              SAW. See Surface acoustic waves (SAW)  Spectroscopy
              SBIP. See Skin and bone integrated pylon  ocular, 428
                   (SBIP)                        photoacoustic, 428
              SBT. See Slender-body theory (SBT)  Raman, 428
              Scallop theorem, 460             Spermatozoa-like elastic filament, 486
              SCGMSs. See Subcutaneous glucose  Spermatozoa, observations of, 462–463
                   monitoring systems (SCGMSs)  Sphygmos, 528
              SEA. See Series of elastic actuators (SEA)  SPV. See Simulated prosthetic vision (SPV)
              Self-biased test-strip monitor, 420f  SSVEPs. See Steady-state visually evoked
              Sensing many-DoFs, 213–214            potentials (SSVEPs)
               artificial intelligence, neural networks,  Static friction, 48
                   and pattern recognition, 213–214  Steady-state visually evoked potentials
              Sensor., 62, 62. See also specific types of sensor  (SSVEPs), 132
               hysteresis of, 63, 63f          Stepper motors, 43
              Sensory interactions, 8          Stiction, 48
              Series of elastic actuators (SEA), 295–296,  Stokes-Adams syndrome, 572
                   301                         Stokesian-flow assumption, 469
              Shape memory alloys (SMAs), 206  Stokeslet velocity distribution, 465
               actuator, 36, 45–47, 46f        Strain gauge, 71–72, 71f
              Shock absorption                 Stroke, 319–320
               in amputee walking, 255           hemispheric behavioral differences, 320
               model for able-bodied human walking,  neurological complications of, 320
                   251f                          osteoporosis and fracture risk:, 320
               prosthetic legs, 255–258, 257–259f  perceptual dysfunction, 320
              Signal-to-noise ratio (SNR), 136  Subcutaneous glucose monitoring systems
              Signal transducers, biological, 86–91  (SCGMSs), 422, 423f
              Silicon nanowires (Si NWs), 385–386  Suprachoroidal electrodes, 361
              Simple sensors, 67–74            Suprachoroidal system, 370
               capacitance sensor, 74, 74f     Suprachoroidaltransretinal (STS) prosthesis,
               current sensor, 72–73, 73f           371
               hall effect sensor, 70–71, 70f  Supraventricular tachycardia (SVT), 587
               mechanical button, 68, 68f      Surface acoustic waves (SAW), 495–496
               photoresistor, 69, 70f          Surface additives, 491
               potentiometer, 68–69, 69f       Surface electromyographic sensors, 80–83
               strain gauge, 71–72, 71f        Surface functionalization of cargo, 491f
               thermistor, 72, 73f             SVT. See Supraventricular tachycardia
              Simplified driver-vehicle model, 111–115,  (SVT)
                   112f                        Swimming
              Simulated prosthetic vision (SPV), 379  in micro-realm, 463–475
              Sinoatrial (SA) node, 567–568      microrobots, 459, 473–475
              Skin and bone integrated pylon (SBIP), 218  Syncardia TAH-t, 537–538
              Slender-body theory (SBT), 464–465  Systematic synthesis, 13–14
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