Publications
Filter by type
- All
- PhD
- Working Paper
- Workshop
- Editorial
- Conference Paper
- Journal Paper
- Landscape review
- Toolkit
- Book
- Article
- Report
Filter by theme
Filter by research group
- All
- Disability Interactions
- Physiological Computing
- Social Justice
- Humanitarian & Disasters
- Local Productions
Type
Themes
Giulia Barbareschi, Catherine Holloway, Katherine Arnold, Grace Magomere, Wycliffe Ambeyi Wetende, Gabriel Ngare, Joyce Olenja
We present the findings of a case study of mobile technology use by People with Visual Impairment (VIPs) in Kibera, an informal settlement in Nairobi. We used contextual interviews, ethnographic observations and a co-design workshop to explore how VIPs use mobile phones in their daily lives, and how this use influences the social infrastructure of VIPs. Our findings suggest that mobile technology supports and shapes the creation of social infrastructure. However, this is only made possible through the existing support networks of the VIPs, which are mediated through four types of interaction: direct, supported, dependent and restricted.
CHI '20: Proceedings of the 2020 CHI Conference; 2020
Type
Themes
Nusrat Jahan, Giulia Barbareschi, Clara Aranda Jan, Charles Musungu Mutuku, Naemur Rahman, Victoria Austin, Catherine Holloway
Worldwide it is estimated that there are over a billion people who live with some form of disability [1]. Approximately 80% of people with disabilities live in low-and-middle income countries (LMICs). The combination of an inaccessible environment compounded by socio-economic factors such as poverty and stigma, makes it more likely for people with disabilities to be marginalised and excluded from society [1]. Assistive Technologies (ATs) are known to bridge the accessibility gaps and allow for greater social inclusion. However, there is a lack of adequate access to ATs in LMICs, combined with often poorly designed services, which only magnifies these challenges, thus limiting the opportunities for persons with disabilities to live an independent life [2]. Despite the importance of AT, access to AT globally is inadequate with only 10 percent of those in need having access to the ATs that they need [2].
2020 IEEE Global Humanitarian Technology Conference
Type
Themes
Tigmanshu Bhatnagar, Nicolai Marquardt, Mark Miodownik, Catherine Holloway
Shape changing materials create a unique opportunity to design reconfigurable tactile display actuators. In this paper, we present a method that transforms a single thin monolithic sheet of Nitinol into a passive reconfigurable tactile pixel array at Braille resolution. We have designed a 27x27 tactile pixel array in which each pixel can be selectively actuated with an external source of heat. The pixels rise 0.4mm vertically with a peak blocked force of 0.28kg and have an average blocked force of 0.23kg at room temperature. After cooling, the pixels can be mechanically reconfigured back to their flat state for repeatable actuation. We demonstrate this actuator’s interactive capabilities through a novel erasable tactile drawing interface.
IEEE World Haptics Conference; 2021