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“There are endless areas that they can use it for”: speech-language pathologist perspectives of technology support for aphasia self-management ...
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“There are endless areas that they can use it for”: speech-language pathologist perspectives of technology support for aphasia self-management ...
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People with aphasia share their views on self-management and the role of technology to support self-management of aphasia ...
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People with aphasia share their views on self-management and the role of technology to support self-management of aphasia ...
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Neuroplasticity and aphasia treatments: new approaches for an old problem
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Neuroplasticity and aphasia treatments: new approaches for an old problem
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In: J Neurol Neurosurg Psychiatry (2019)
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Neuroplasticity and aphasia treatments: New approaches for an old problem
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Exploring speech-language pathologists’ perspectives of aphasia self-management: a qualitative study
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Aerobic Exercise as an Adjuvant to Aphasia Therapy: Theory, Preliminary Findings, and Future Directions
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In: Clin Ther (2017)
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Influence of cognitive ability on therapy outcomes for anomia in adults with chronic poststroke aphasia
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An exploratory investigation of the daily talk time of people with non-fluent aphasia and non-aphasic peers
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Barriers and facilitators to using the CommFit™ smart phone app to measure talk time for people with aphasia
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The relationship between novel word learning and anomia treatment success in adults with chronic aphasia
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Crosswalk of participation self-report measures for aphasia to the ICF: What content is being measured?
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Evidence for intensive aphasia therapy: consideration of theories from neuroscience and cognitive psychology
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The development and accuracy testing of CommFit™, an iPhone application for individuals with aphasia
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Abstract:
Background: There has been an increasing amount of focus on measuring the ICF concept of participation in the rehabilitation of people with aphasia. The amount of time that people with aphasia talk has the potential to be used as an indicator of participation for this population. However, in order to measure talk time, an accurate, portable, and usable biofeedback tool is required. This paper details the development and accuracy testing of the CommFit iPhone application, which, paired with a BlueTooth headset, times the talk of the user.Aims: The aim of development of CommFit was to maximise the likelihood that the app would be usable by people with stroke and aphasia. Accordingly, aphasia-friendly text principles and other features of accessibility were integrated into the design, which is described in detail in this paper. The purpose of this study was to investigate the accuracy of CommFit in quantifying talk time in everyday environments in a small number of healthy adults.Methods & Procedures: Participants were three healthy individuals, who each wore the CommFit app with BlueTooth headset and a continuous voice recorder for a total of 10h in their everyday lives. Talk time registered by the app was compared to the amount of talk time manually calculated from the continuous voice recording to obtain its relative accuracy.Outcomes & Results: CommFit measured talk time within 4% of the actual talk time in an ideal environment with no background noise, and +/- 13% in everyday environments when a calibration procedure was used.Conclusions: CommFit is an app that was developed to be aphasia-friendly and accessible. The accuracy results suggest that the app with headset is a usable and valid indicator of talking time for people with aphasia. Testing will be carried out with the target population to further confirm the usability of the app and its role as an indicator of participation.
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Keyword:
1203 Language and Linguistics; 2728 Clinical Neurology; 2733 Otorhinolaryngology; 2808 Neurology; 2912 LPN and LVN; 3204 Developmental and Educational Psychology; 3310 Linguistics and Language; Aphasia; Digital; Mobile technology; Participation; Smartphone
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URL: https://espace.library.uq.edu.au/view/UQ:356878
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Lesion Symptom Mapping of Manipulable Object Naming in Nonfluent Aphasia: Can a Brain be both Embodied and Disembodied?
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Lesion symptom mapping of manipulable object naming in nonfluent aphasia: can a brain be both embodied and disembodied?
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