2014 · 34 citations · 6 references
MedicineCommunicationComputer SystemsAssistive TechnologyEmbedded SystemsPhysical DisabilitiesAssistive DevicesAssistive Technology DesignAssistive Technology For Visual ImpairmentHearing ImpairmentMultimodal InteractionVisual Assistive DevicesAssistive Technology For BlindnessAssistive Technology For DeafnessBrailleHeart Rate MonitoringNavigation Assistive DevicesPortable Communication DevicesPower ConsumptionRefreshable Braille Displays
Humans are social creatures. We learn by connecting with those around us, through communication. While people with hearing or visual impairments alone can find a way to share their thoughts with others and understand them, deaf-blind people face a much more difficult communication task. Here, appropriate technology can play a decisive role. The small size and low power consumption of ARM-based computers, such as the Raspberry Pi, have opened the door for many embedded applications, including a heart monitoring method and an assistive navigation system for the blind. Some estimates place the number of deaf-blind people in the U.S. at around 40,000 individuals. While a commercial view considers this a small market, thus making communication devices not commercially viable; from a humanitarian view, this is a significant number of people who would greatly benefit from a technological means of communication. This paper presents the design, prototype and testing of a portable keyboard and speaker device with a braille refreshable display for the communication between two people (either being deaf-blind) that has both, a comparatively low cost, and many possibilities for further development on the ARM-based computer system.
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Portable communication aid for deaf-blind people
Mu‐Chun Su, Chia-Yi Chen, Chien-Hsing Chou et al. · Computing & Control Engineering Journal · 2001 · 17 citations
Dexter--A finger-spelling hand for the deaf-blind
Andrew J. Meade · 2005 · 13 citations