A Decision-Support Framework for Promoting Independent Living and Ageing Well

Billis, Antonis; Papageorgiou, Elpiniki I.; Frantzidιs, Christos A.; Tsatali, Marianna; Tsolaki, Anthoula; Bamidis, Panagiotis D.

doi:10.1109/jbhi.2014.2336757

Cited by 53 publications

(35 citation statements)

References 29 publications

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“…In the model proposed by PRO DOMO SUD, technology and services developed, suitably designed with power users and cooperative patients, allow a more accurate parallel management particularly suitable for chronic patients, in which they play an active role in participating to the process; a team of suitably trained professionals offer services complementary to those provided by traditional territorial medicine (Simoens, 2010). In this way, while retaining decision-making, autonomy and centrality in the activity (Billis, Papageorgiou, Frantzidis, Tsatali, Tsolaki, & Bamidis, 2015), the GP can make use of an auxiliary service consisting in punctual and daily warns only in cases of problems.…”

Section: Resultsmentioning

confidence: 99%

A New Social and Technological Paradigm to Assess Chronic Patient Management Process: Preliminary Results

Benvenuto¹,

Viola²,

Sambati³

2017

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The present research intends to address in a comprehensive, transversal, and interdisciplinary manner the chronic patient management process in the research project named "PRO DOMO SUD" in order to identify operational inefficiencies, thus demonstrating that these are largely attributable to incurred costs and, thus, evaluate possible solutions for providing effective and appropriate responses by healthcare and social services. Can patients/older people be treated, monitored, and managed successfully with mobile and wearable technologies? The project involved three different groups of patients/participants: Patients with heart failure shock in "Home Monitoring Scenario"; Patients with different pathologies in "Virtual Ward Scenario"; Patients with limited mobility due to Neurological and Orthopaedic disease in "Rehabilitation Scenario". Due to the complexity of the issue, the methodological approach adopted must be multidimensional and interdisciplinary, addressing the complexity of the chronic patient from all viewpoints, not reducing it, yet analysing, understanding, rearranging, and managing it in an organic manner. The three different scenarios were allowed to identify several impacts on organizational and clinic management of chronic diseases, the tests showed significant improvements in quality of life of patients enrolled in the project. The data deriving from the three scenario demonstrate that wearable divide and ICT, in general, can empower both patients and physician personnel allowing them to be active part in the chronic disease management process. The PRO DOMO SUD experience derived from the Living Lab, this is a new paradigm for industrial research and development activities which allows the final users to actively collaborate with the designers and technicians in the development and test of new products and services aimed to them. The Living Labs stimulate social innovation by transferring research results from the closed industrial laboratory towards real life contexts where citizens and users become co-developers.

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Section: Resultsmentioning

confidence: 99%

A New Social and Technological Paradigm to Assess Chronic Patient Management Process: Preliminary Results

Benvenuto¹,

Viola²,

Sambati³

2017

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“…Decision Support Systems on the field [30]. This is clearly beyond current literature which merely focuses on average in-13 home gait speed [31] [32].…”

Section: Discussionmentioning

confidence: 97%

IoT of active and healthy ageing: cases from indoor location analytics in the wild

et al. 2016

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ACKNOWLEDGMENTThis work was supported in part by the UNCAP Horizon 2020 project (grant number 643555), as well as, the business exploitation scheme of the ICT-PSP funded project LLM, namely, LLM Care which is a self-funded initiative at the Aristotle University of Thessaloniki (www.llmcare.gr). 3 AbstractRecently much research has been conducted on early detection of cognitive and physical status deterioration in elderly adults. Primarily the focus is on gait analysis methodologies exploiting average speed, however this presents an issue when used for context aware applications. Additionally data capture tends to be in short bursts over a long period, allowing for localized temporal factors, such as short term injury, to potentially skew measurements. As such this work collects gait and trajectory IoT data from elderly adults in senior homes ("in the wild") over a sustained period of time (1 year). Density based clustering algorithms are then applied to the data to provide long-term insights into how the high density regions change over time. The data is collected, analyzed and made available by the indoor analytics client utilizing available processing resources and delivers the analytics outcome even when it is hosted in hardware with constrained resources. Promising results are obtained from the long-term study, suggesting that this form of evaluation has strong potential in the analysis of cognitive and physical status deterioration.

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“…The available frameworks and architectures talk about how each component of the information system works with the identification of processes required. The available information system including remote based devices and information system, as per their functionality and the purpose different architecture has been implemented [3]. Based on their functionality, from the literature review, further analysis of the architecture are frameworks are carried out.…”

Section: Comparison Among Existing Framework and Architecturementioning

confidence: 99%

A Conceptual Framework for Smart Homecare

Basnet¹

2018

JCP

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This research aims to develop a "Conceptual Framework for Smart Homecare" that emphasizes to optimize the homecare processes in terms of quality and cost efficiency. It proposes best-of-breed process using the organisational and technological ecosystem. The existing ecosystems of the health management devices available in the market have limitations especially the architecture lacks the organizational view of the overall processes. The conceptual model is proposed through incorporating an i* model into the early phase of requirements engineering. It has been argued that such notations help answer questions such as what goals exist; how key actors depend on each other and what alternatives must be considered. The frameworks also suggest required process with associated actors, along with its dependencies and goals. In this paper, we took the opportunity to begin research on the discovery, documentation and modelling of existing and future processes in Smart Homecare that can potentially guide organisations wishing to offer these services.

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A Decision-Support Framework for Promoting Independent Living and Ageing Well

Cited by 53 publications

References 29 publications

A New Social and Technological Paradigm to Assess Chronic Patient Management Process: Preliminary Results

A New Social and Technological Paradigm to Assess Chronic Patient Management Process: Preliminary Results

IoT of active and healthy ageing: cases from indoor location analytics in the wild

A Conceptual Framework for Smart Homecare

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