The disabled have much to give thanks for this year—but contrary to common assumptions, it’s not for paternalistic government accessibility mandates, regulations or subsidies (see, for example, the FCC’s November 6 Broadband Accessibility workshop), but for the good ol’ fashioned private sector ingenuity that has made America great. Five broad categories of examples suggest how constantly-improving computing power and innovation can make life easier for many, if not all, disabled users—and how market forces empower the disabled along with everyone else.
Video transcription. Last week, Google announced “the preliminary roll-out of automatic captioning in YouTube, an innovation that takes advantage of our speech recognition technology to turn the spoken word into text captions.” Google uses the same speech recognition technology it refined with its free Goog-411 and Google Voice services to automatically transcribe video dialog (which can also be automatically translated using Google’s translation engine). Why? Not because of any government mandate, but because of some combination of three factors: (i) it’s an easy way for Google to invest in its “reputational capital,” (ii) the underlying technologies of transcribing videos make videos easier to use for all users, not just the hearing-impaired, and (iii) those technologies also make it possible to contextually target advertising to the verbal content of videos.
It’s worth noting that Hulu currently offers closed captioning for some of its television programming but notes that “closed-captioning data that’s used for broadcast TV isn’t easily translated for online use.” The online television clearinghouse promises to offer more closed-captioning soon. Perhaps they ought to license Google’s algorithmic transcription?
Voice recognition for direct consumer use—most notably, Dragon NaturallySpeaking 10, the latest version of the leading voice recognition software, which was released in summer 2008 but only recently seems to have really hit critical mass. Continue reading →