building WebAnywhere / Engineering University of Washington Seattle / /
IndustryTerm
Internet access / unprivileged web application / implemented prefetching algorithms / news site / web latency / web applications / ordinary web pages / web content / web proxy server / web usage statistics / proxy web content / web-based email account / web proxy / web browsers / blind web users using screen readers / web browsing / Web Application / speech-enabled web page / web browser / then surveys self-voicing web pages / web performance / arbitrary web content / public systems / Web Client Web Proxy WA Script Transformed Web Page Web Page User Keyboard Input WebAnywhere Script Text / Internet connection / web access / online email accounts / blind web users / on more systems / remote server / particular web browser / web-based tasks / malicious web / web developers / web survey / software / software programs / web-based proxy / Web Pages User Evaluation Tasks / web domain / loaded web page / Internet Explorer / self-voicing applications / Apache web server / /
OperatingSystem
Linux / Fedora / Microsoft Windows / /
Organization
Computer Science and Engineering University of Washington Seattle / National Association for the Blind / Enables Accessibility Anywhere Jeffrey P. Bigham Craig M. Prince Richard E. Ladner Department of Computer Science / /
Person
Sound Players / Screen Readers / Richard E. Ladner / Washington Seattle / Jeffrey P. Bigham Craig / /
Position
embedded player for the sound into the navigation frame / embedded player / Manager / player / Flash Player / /
Product
Javascript / WebAnywhere / /
ProgrammingLanguage
php / Javascript / /
ProvinceOrState
Manitoba / downloading more than 10 MB / /
Technology
implemented prefetching algorithms / Text-to-Speech / 4 Processor / Linux / API / MP3 / operating system / mobile device / mobile devices / cellular telephone / DNS / proxy server / HTTP / caching / DOM / Text-to-Speech System / Document Object Model / DFS+Update prefetching algorithm / Flash / web server / /
Addressing Performance and Security in a Screen Reading Web Application that Enables Accessibility Anywhere Jeffrey P. Bigham Craig M. Prince