Page 368 - Handbook of Electronic Assistive Technology

358 INDEX

Stroke Touchscreens
cerebrovascular haemorrhagic accessibility options, 119–120, 120t
strokes, 18 advantages, 119
incidence, 17 alternative access, 120
thrombotic/embolic strokes, 18 styli, 120
Sturge-Weber (rare), 16 Trackballs, 125–126, 126f
Styli, 120 Trackpads
Switch access, 110–111 Chloe’s case study, 129
components, 137 Easy Cat Touchpad, 128, 128f
control sites, 137–138 settings, 129, 129t
error handling, 142 Tuberous sclerosis, 16
highlighter movement control, 141 Tumours, 18–19
interfaces, 139–140 Two switch-user advanced scanning, 162
mechanical switches, 138, 138f
proximity switches, 139 U
rate enhancement and speed of access, Upper limb robotic rehabilitation systems,
142–143 315–319
scanning access, 140f ARMin robot, 318–319
directed scan, 141 Bi-Manu-Track, 318, 319f
group scan, 140–141, 141f GENTLE/s project, 317, 317f
simple scan, 140 Mirror Image Motion Enabler (MIME), 316–317
settings, 142 MIT-MANUS, 316
sip-puff (pneumatic) switch, 139 REHAROB therapeutic system, 317, 318f
Stephen Hawking’ case study, 137, 137f
switch actions, 141 V
switch comfort, 138–139, 139f Ventricles, 10
Switch comfort, 138–139, 139f Vestibular system, 61
Switch scanning, 110–111 Visual system, 61
Symmetrical tonic neck reflex, 59
Synapses, 7 W
Wernicke’s area, 10
T Whole Systems Demonstrator (WSDAN),
Tablet-based operating system 245–246
adjustments, 172–173 Wigton Smart Home, 227–228
mouse control, 173 ‘Windswept’ hips, 71, 72f
speech recognition, 173 WiseDX, 295
switch access, 173
Tawasol Symbols, 83 X
TDC2000 system, 218 X10 system, 222
Technology Acceptance Model
(TAM), 39–40 Y
Temporal lobe function, 9 York Smart Flat, 227
Text entry methods, 169–170
Thread, 225 Z
Thrombotic/embolic strokes, 18 Zigbee, 224
Tonic labyrinthine reflex, 60 Z-wave, 223–224