Dr Dunlop is a senior lecturer in computer science. His research focuses on usability of mobile systems including mobile text entry, sensor driven interaction and evaluation of mobiles. He is increasingly interested in digital health applications of mobile HCI research. His teaching is mainly in human computer interaction (HCI) and mobile programming. He leads The Mobiquitous Lab at Strathclyde, which is researching user behaviour in the context of mobile devices, ubiquitous computing, and multimodal interaction, and recently led the OATS EPSRC funded project on text entry for older adults. He has been CHI Sub-Committee Chaira, will be programme co-chair for MobileHCI 2019 and is an associate editor for Personal and Ubiquitous Computing and International Journal of Mobile Human Computer Interaction.
Prior to joining Strathclyde, Mark was a senior researcher at Risø Danish National Laboratory and a lecturer at Glasgow University.
More background on Mark's Personal HomePage
- Federal Court of Australia (External organisation)
- Communications in Mobile Computing (Journal)
- Editorial board member
- Advances in Human-Computer Interaction (Journal)
- ACM CHI
- International Journal of Mobile Human Computer Interaction (Journal)
More professional activities
- Strathclyde COVID-19 Research Portfolio: Novel testing, digital health support and third sector collaboration for impact on social care
- Bedford, Tim (Principal Investigator) Corrigan, Damion (Co-investigator) Dunlop, Mark (Co-investigator) Egan, Kieren (Co-investigator) Fleming, Leanne (Co-investigator) Flowers, Paul (Co-investigator) Grealy, Madeleine (Co-investigator) Hoskisson, Paul (Co-investigator) Hunter, Iain (Co-investigator) Janssen, Xanne (Co-investigator) Kirk, Alison (Co-investigator) Knifton, Lee (Co-investigator) Lenhart, Otto (Co-investigator) Maguire, Roma (Co-investigator) Morton, Alec (Co-investigator) Quinn, Neil (Co-investigator) Scott, Fraser (Co-investigator) Suckling, Colin (Co-investigator) Ward, Andrew (Co-investigator) Williams, Lynn (Co-investigator)
- 01-Jan-2020 - 30-Jan-2020
- Evaluation of the 6 minute walk app with participants at Macmillan MoveMore
- Lewis, Liane (Principal Investigator) Dunlop, Mark (Co-investigator)
- 01-Jan-2019 - 29-Jan-2019
- SFC-DHI Highly Skilled Workforce Programme - Digital Health, M.Phil Scholarships (x8), £59,344
- Bouamrane, Matt-Mouley (Principal Investigator) Kavanagh, Kimberley (Co-investigator) Lennon, Marilyn (Co-investigator) Dunlop, Mark (Co-investigator) Schraag, Stefan (Co-investigator)
- 01-Jan-2016 - 30-Jan-2019
- Supporting Sit-To-Stand Rehabilitation Using Smartphone Sensors to provide tactile feedback
- Kerr, Andy (Principal Investigator) Dunlop, Mark (Co-investigator)
- 02-Jan-2015 - 01-Jan-2016
- Empirical investigation & user-centred development of touch-screen text entry methods older adults
- Dunlop, Mark (Principal Investigator) Komninos, Andreas (Researcher) Nicol, Emma (Researcher)
- "Mobile technologies now have a considerable impact on work and social lives, for example it is estimated that over 25% of emails are now opened on mobiles. As the older working population rises, due to both aging population demographics and increasing retirement age, an increasing number of digital economy workers will require to use mobile technologies for work into their mid/late 60s.
The proposed European Accessibility Act aims to require goods and services that are seen as critical for the citizen to participate in society to be accessible to disabled and older people - this is likely to cover information and communication technologies including mobile phones. Age UK encourage the UK Government to support the act and state that the EU must ensure that the scope of the act is broad enough to cover the needs of older people.
Text entry is core to mobile interaction such as email, social networking, instant messaging and interacting with services such as web or map searching and thus it is increasingly important to people's participation in work and society. The majority of smartphones now do not have any physical keyboard but rely on on-screen touch keyboards. These have been shown to be slower and more error-prone than traditional mini-physical keyboards, but are popular as they permit full screen services and larger reading area.
While there have been numerous studies into text entry usage on touchscreens, there has been very little work studying the effects of aging on text entry, and none on modern touchscreen phones where reduced visual acuity, reduced motor control and reduced working memory are all likely to have an impact. Currently industry is focussed on targeting the current main market of younger users with any devices designed for older users being extremely simplified phones rather than powerful smartphones people are becoming accustomed to. Our initial studies have also shown that older users have considerable trouble with modern smartphones but may be willing to adopt new keyboard layouts and technologies to compensate for this.
In this project we will conduct a detailed investigation into text entry for older adults. We will build on our initial results and current prototype keyboards to conduct participatory design sessions with older users to identify key design criteria for older adult text entry. We will quantitatively measure touchscreen tapping times for different age groups and develop accidental tap filters to reduce errors. We will formally evaluate keyboards based on our findings to assess our hypothesis that older people can successfully use appropriately designed touch-screen text entry methods."
- 01-Jan-2013 - 30-Jan-2015
- Epsrc Doctoral Training Grant | Imperatore, Gennaro
- Dunlop, Mark (Principal Investigator) McMenemy, David (Co-investigator) Imperatore, Gennaro (Research Co-investigator)
- 01-Jan-2012 - 03-Jan-2016
Computer and Information Sciences
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