Stephen Uzor

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Falls are the leading cause of accidental injury-related deaths in the elderly; a fall can lead to a loss of independence, and a fear of falling. Rehabilitation programmes involving exercise have proved the most successful way to reduce the risk of falls. However, the limitations of standard care (e.g. booklets) could prevent home users from receiving the(More)
Rehabilitation has been shown to significantly reduce the risk of falling in older adults. However, low adherence to rehabilitation exercises in the home means that seniors often do not get the therapy that they require. We propose that the use of tailored exergames could encourage adherence to falls rehabilitation in the home, as exergames have proved(More)
Studies have shown that functional strength and balance exercises can reduce the risk of falling in older people if they are done on a regular basis. However, the repetitive nature of these exercises; as well as the use of instructional booklets and videos for rehabilitation may discourage seniors to exercise in the home, thereby rendering such an(More)
Location-based games offer opportunities for us to learn more about people’s interactions and feelings towards the environment they are in as well as to understand more about the mental models and locations associated with known environments, e.g. a university campus with its associations of learning. In our study, we wanted to manipulate the activities in(More)
This paper presents the results from a user workshop that was undertaken to investigate the relationship between the nature of current home rehabilitation tools and the motivation to exercise. We also present a method of visual feedback which we hope will be an effective tool for informing users regarding important clinical measures associated with their(More)
This paper describes a series of user studies carried out to investigate the usability, significance, and acceptance of two visualization tools designed to improve the quality of, and adherence to home-based exercise programmes for musculoskeletal rehabilitation. The core functionality of these visualization tools enabled the users to observe the optimal(More)
Location-based games offer opportunities for us to learn more about what different types of interactions are appropriate in certain settings. In our study we designed several different types of activity (i.e. from standard key presses, to very physical lunges, to speech cues) that required the players to use different modalities in certain locations. Since(More)
A majority of Stroke survivors have an arm impairment (up to 80%), which persists over the long term (>12 months). Physiotherapy experts believe that a rehabilitation Aide-Memoire could help these patients [25]. Hence, we designed, with the input of physiotherapists, Stroke experts and former Stroke patients, the Aide-Memoire Stroke (AIMS) App to help(More)
This article describes the ongoing process of engaging with users in the development and evaluation of prototype visualisation software, which aims to assist in the understanding and improvement of appropriate movements during rehabilitation. The value of the process is illustrated in the article with a discussion of the key findings of pre-pilot focus(More)
This paper summarizes on-going work aimed at improving falls rehabilitation in the community using enjoyable multimodal exercise games. There have been numerous successful trials involving the use of exercise interventions to reduce falls risk. However, there is an existing problem with adherence to these exercises in the home. We propose the use of games -(More)