Researchers in Computer Science
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Browsing by Author "Freudenthal, Adinda"
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Item Deaf telephony: community-based co-design(Wiley, 2011) Blake, Edwin H.; Tucker, William David; Glaser, Meryl; Freudenthal, AdindaThe process of community-based co-design is one that explores various solution configurations in a multi-dimensional design space whose axes are the different dimensions of requirements and the various dimensions of designer skills and technological capabilities. The bits of this space that one can ‘see’ are determined by one's knowledge of the user needs and one's own skills. Co-design is a way of exploring that space in a way that alleviates the myopia of one's own viewpoint and bias. As one traverses this space one traces a trajectory according to one’s skills and learning and according to the users’ expressed requirements and their learning.Item Deaf telephony: community-based co-design (case study)(Wiley, 2011) Blake, Edwin H.; Tucker, William David; Glaser, Meryl; Freudenthal, AdindaThe process of community-based co-design is one that explores various solution configurations in a multi-dimensional design space whose axes are the different dimensions of requirements and the various dimensions of designer skills and technological capabilities. The bits of this space that one can ‘see’ are determined by one's knowledge of the user needs and one's own skills. Co-design is a way of exploring that space in a way that alleviates the myopia of one's own viewpoint and bias. As one traverses this space one traces a trajectory according to one’s skills and learning and according to the users’ expressed requirements and their learning.Item Mobile Communication Tools for a South African Deaf patient in a pharmacy context(IIMC International Information Management Corporation, 2012) Chininthorn, Prangnat; Glaser, Meryl; Freudenthal, Adinda; Tucker, William DavidThis paper presents a case for iterative community-based co-design to facilitate the emergence of an innovative mobile system to address a potentially life-threatening scenario for Deaf people in South Africa. For Deaf people that communicate in South African Sign Language, miscommunication due to language barriers, under-education, under-employment and physiological deafness can lead to a potentially dangerous therapeutic outcome when Deaf people potentially misunderstand a pharmacist's instructions on how to take prescribed medicine. The design for a mobile communication aid to address this problem emerged from iterative cycles of action research performed with a local Deaf community that also involved pharmacists and a multi-disciplinary research team. Conventional user-centred design techniques were innovatively appropriated for the community-based co-design. The paper illustrates the community-based co-design process and points the way toward imminent implementation, as well as the potential application of the mobile solution to other scenarios in Deaf people's lives.