Patil, B.B.PatilMätzel, K.K.MätzelNeuhold, E.J.E.J.Neuhold2022-03-092022-03-092002https://publica.fraunhofer.de/handle/publica/33984510.1007/3-540-45491-8_79Current textual languages (e.g., textual information structures, command and query languages, and programming languages) are neither accessible nor adaptable to the computing requirements of native visually challenged users. In this paper, we identify semantic, syntactic, linguistic and cognitive issues and accessibility factors at various level of human-computer interaction and proposes a inclusive, universal design framework, that enables not only linguistically handicapped users but also visually challenged users to command and operate computers, and learn programming.ennative visually challenged userassistive technologyvisually impaired peoplenon English speaking regiontextual languagetextual interfacevoice interfaceuniversal usabilityEQUALcognitive issuesyntacticsemantics004005400conference paper