Background: There is lack of knowledge on how occupational therapists (OTs) assess daily time management (DTM) for persons with dementia (PwDs) and on which aspects affect prescription of time assistive technology (AT). Aim: To explore OTs' experiences of assessing the need for and prescribing time AT for PwDs. Material and methods: Focus group interviews with OTs that prescribe time AT for PwDs analyzed via qualitative content analysis. Results: A main category and four categories were identified. The categories illustrated a complex and time-consuming prescription process, which was facilitated if the PwD was supported by a significant other (SO). Support from a SO was especially important during implementation and follow-up. OTs had to take individual responsibility for staying informed about time AT. Organizational limitations and time constraints were barriers for OTs striving to work according to national prescription guidelines. Conclusions and significance: High demands are made on SO's participation during the prescription process. PwDs with no support from SOs are at risk not receiving or fully benefitting from time AT. To avoid inequalities, specific forms of support need to be developed and targeted at PwDs without SOs to ensure that they have sufficient opportunities to access and use time AT.

The results indicate that sensor technology has potential to increase opportunities for persons with memory impairment to perform and participate in activities and to unburden their partners. The results may promote an understanding of how sensor technology can be used to support persons with memory impairment in their homes.

BackgroundThis project Smart Assisted Living involving Informal careGivers++ (SALIG) intends to develop an ICT-based device for persons with cognitive impairment combined with remote support possibilities for significant others and formal caregivers. This paper presents the identification of the target groups’ needs and requirements of such device and the evaluation of the first mock-up, demonstrated in a tablet.MethodsThe inclusive design method that includes end-users in the design process was chosen. First, a scoping review was conducted in order to examine the target group’s need of an ICT-based device, and to gather recommendations regarding its design and functionalities. In order to capture the users’ requirements of the design and functionalities of the device three targeted focus groups were conducted. Based on the findings from the publications and the focus groups a user requirement specification was developed. After that a design concept and a first mock-up was developed in an iterative process. The mock-up was evaluated through interviews with persons with cognitive impairment, health care professionals and significant others. Data were analysed using content analysis.ResultsSeveral useful recommendations of the design and functionalities of the SALIG device for persons with cognitive impairment were identified. The main benefit of the mock-up was that it was a single device with a set of functionalities installed on a tablet and designed for persons with cognitive impairment. An additional benefit was that it could be used remotely by significant others and formal caregivers.ConclusionThe SALIG device has the potentials to facilitate everyday life for persons with cognitive impairment, their significant others and the work situation for formal caregivers. The results may provide guidance in the development of different types of technologies for the target population and for people with diverse disabilities. Further work will focus on developing a prototype to be empirically tested by persons with cognitive impairment, their significant others and formal caregivers.

This study investigated associations between time processing ability (TPA), daily time management (DTM), and dementia severity. Persons with dementia (PwDs) (n = 53) and their significant others (n = 49) participated in this cross-sectional study. Bivariate analyses were used to investigate associations between TPA and DTM and the dementia severity. Linear regression models were used to further predict the contribution of the subtests in the Mini Mental State Examination (MMSE) for TPA results. The results showed significant correlations between TPA and dementia severity, where visuospatial functions were the most highly correlated. TPA also showed a significant correlation to proxy-rated DTM. In addition, proxy-rated DTM was significantly correlated with dementia severity and PwDs’ own self-ratings of their DTM. Knowledge of the association between TPA, dementia severity, and visuospatial functions can enable early detection of TPA impairments. For a comprehensive assessment of TPA and DTM, objective measures should be used in combination with self-ratings and proxy-ratings. The findings can be used in clinical research and healthcare settings to develop methods to compensate for impaired TPA and support DTM in PwDs.