elkraneo’s avatarelkraneo’s Twitter Archive—№ 4,430

  1. Most people don't know about the accessibility features on their phones, and some may not think of themselves as having a disability, discarding features that could still help them 🧵 #A11y #Accessibility
    oh my god twitter doesn’t include alt text from images in their API
    1. …in reply to @elkraneo
      Accessibility features can be seen as mechanisms that allow user interfaces to be personalized, and a system that recommends them based on how a person uses a device can demonstrate to be very helpful
      1. …in reply to @elkraneo
        The paper When Can Accessibility Help? shows that this is the case. Based on a survey with 100 participants, the researches designed detection strategies and prototypes to collect insights from 20 older adults machinelearning.apple.com/research/recommending-accessibility
        1. …in reply to @elkraneo
          From the survey, 4 detection strategies were identified:
          1. …in reply to @elkraneo
            1. Statistical: identifies differences in users’ behaviour over time
            1. …in reply to @elkraneo
              2. Near-Miss: monitor features that rely on a preset threshold or multiple conditions to be reached before triggering
              1. …in reply to @elkraneo
                3. Action Sequences: based on the known connection between a specific series of behaviours and a feature that might be useful
                1. …in reply to @elkraneo
                  4. Grouped: recommends accessibility features based on the ones the user already has enabled
                  1. …in reply to @elkraneo
                    During the process, participants commonly said they would ask a doctor if they were impaired. For example, if their eyesight prevented them from reading on-screen content, they responded that they would go to an optometrist to get glasses
                    1. …in reply to @elkraneo
                      But even though human experts are able to match access technology with a higher degree of certainty, there are many reasons why this method may not lead to the widest adoption of accessibility features (e.g.,time/money, lack of knowledge).
                      1. …in reply to @elkraneo
                        With the detection strategies in place, prototypes recommenders were built and the final user study was conducted. 77.8% of participants owned a smartphone, and on average, they owned their smartphone for 2.3 years
                        oh my god twitter doesn’t include alt text from images in their API
                        1. …in reply to @elkraneo
                          The final results showed that awareness of accessibility features was much lower than in the baseline study. (10.5% of older adults knew what “accessibility features” were, compared to 90% of baseline participants)
                          oh my god twitter doesn’t include alt text from images in their API
                          1. …in reply to @elkraneo
                            Participants, even if some didn't identify as having a disability, observed that the recommenders pointed to potential useful features under the accessibility menu (where they would not have thought of looking)
                            1. …in reply to @elkraneo
                              Almost all participants (89.5%) were open to receiving recommendations, with most preferring low frequency surfacing methods (e.g., home screen, email, or a message) that did not interrupt their current task
                              1. …in reply to @elkraneo
                                The categorization of the 50+ accessibility features present on iOS and the idea of data-driven methods of identifying accessibility recommendation triggers (in a privacy-preserving manner) is inspiring
                                1. …in reply to @elkraneo
                                  And even if some features require a system level implementation, many learnings can be applied already per app basis. Many thanks to the authors 🦾