For People with Disabilities, primarily those with visual disabilities, accessible digital documents are the gateway to a world of information. Unlike printed documents, they are compatible with both Assistive Technologies and pervasive digital tools. For example, an accessible digital document can be accessed through a Braille note taker, or it can be read on an iPad, an option that is easier for someone with a physical disability.
With regards to content in the English language, converting print documents to digital ones is relatively straightforward, so long as the typed text is clear. This is done through Optical Character Recognition (OCR), a technology that converts printed text into editable, formattable digital text. Advancements in technology have also seen this technology applied to written handwriting with varying degrees of success.
When it comes to the Arabic language, the accuracy rate for OCR is very low, making the technology effectively unusable on a wide scale. Instead, digital content in the Arabic language is either typed out in digital format from the onset, or is retyped, because scanning Arabic printed material using OCR technology is ineffective. For People with Disabilities, namely people with visual disabilities, this means a low availability of accessible digital content in the Arabic language. Furthermore, it means that the means to create such material through OCR is not available as well.
Khalid is a 40-year-old receptionist. He is blind.
Khalid wants to convert a typed document into an Arabic language digital document using OCR so that he can use his Braille notetaker.
Khalid uses the newly developed Arabic OCR app to convert a printed document into an editable, formattable digital document.
Khalid reads the content of the newly created document through his Braille Notetaker.
The inaccuracy and infancy of Arabic language OCR means that there is a real absence of digital accessible documents for Arabic speakers. As such, People with Disabilities, namely the Blind, cannot use their Assistive Technology to read digital content.
Expected Key Benefits
Greater access to digital documents for Arabic speaking People with Disabilities
Higher accuracy for Arabic OCR that can be used across multiple uses
Technology Commercial Viability
Viable in Short Term
Viable in Long Term
Key Implementation Considerations
Accuracy of OCR
Data collection policies
Intuitive Graphical User Interface