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Life-resistant housing - home automation through the eyes of the caregiver

Design and outcomes of research regarding the question which changes in the field of housing and healthcare technology would, according to caregivers, enable people over 50 in shrinking areas in The Northern Netherlands to continue living in their own homes as long as possible.

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Life-resistant housing - home automation through the eyes of the caregiver

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Use of smart home automation and implementation in care organisations

In the Netherlands, the Dutch Ministry of Health, Welfare and Sport (MINVWS) encourages the use of smart home automation (SHA) in small-scale senior accommodations (SSSAs). The initiatives were evaluated in order to determine which of the smart home automation systems contribute to enhance quality of care and improve the quality of life of residents.

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Architectural and building services requirements for smart homes

Smart home technologies are a large potential market for the construction and building services industry. This chapter discusses the topics consultants, installers, and suppliers of home automation systems encounter when working in the field. Improved communication skills and more flexible approaches to the design and installing of building services leads to many new opportunities for new products and services. There are a large number of requirements from the perspective of architectural design and building services engineering, which relate to the infrastructure that is needed for smart homes. An overview of these electrical engineering and ICT requirements is discussed. When working with clients, it is important to consider the additional set of rules of working in their homes. Clients may have additional needs in the field of home modifications that can also be addressed when doing retrofitting projects. An outline of steps to get stared and essential questions for professional care organization is given.

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Home automation for persons with dementia and their carers

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User needs and ambient-assisted living in the Netherlands

Purpose Building services technologies such as home automation systems and remote monitoring are increasingly used to support people in their own homes. In order for these technologies to be fully appreciated by the endusers (mainly older care recipients, informal carers and care professionals), user needs should be understood1,2. In other words, supply and demand should match. Steele et al.3 state that there is a shortage of studies exploring perceptions of older users towards technology and the acceptance or rejection thereof. This paper presents an overview of user needs in relation to ambient assisted living (AAL) projects, which aim to support ageing-in-place in The Netherlands. Method A literature survey was made of Dutch AAL projects, focusing on user needs. A total of 7 projects concerned with older persons, with and without dementia, were included in the overview. Results & Discussion By and large technology is considered to be a great support in enabling people to age-in-place. Technology is, therefore, accepted and even embraced by many of the end-users and their relatives. Technology used for safety, security, and emergency response is most valued. Involvement of end-users improves the successful implementation of ambient technology. This is also true for family involvement in the case of persons with dementia. Privacy is mainly a concern for care professionals. This group is also key to successful implementation, as they need to be able to work with the technology and provide information to the end-users. Ambient technologies should be designed in an unobtrusive way, in keeping with indoor design, and be usable by persons with sensory of physical impairments. In general, user needs, particularly the needs of informal carers and care professionals, are an understudied topic. These latter two groups play an important role in implementation and acceptance among care recipients. They should, therefore, deserve more attention from the research community.

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Agents in domestic environments

Athor supplied : "This paper describes an agent-based architecture for domotics. This architecture is based on requirements about expandability and hardware independence. The heart of the system is a multi-agent system. This system is distributed over several platforms to open the possibility to tie the agents directly to the actuators, sensors and devices involved. This way a level of abstraction is created and all intelligence of the system as a whole is related to the agents involved. A proof of concept has been built and functions as expected. By implementing real and simulated devices and an easy to use graphical interface, all kind of compositions can be studied using this platform."

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Seminar Sino-Dutch Business Development

In summary we want to discuss:1) Courses and training in the field of nursing (General); elderly care, dementia and physical therapy.2) sending Chinese students to Groningen, Deventer3) training in the use of home automation and application of the technology in care homes, or in residential communities for seniors4) international cooperation, we strive for crossovers between schools and research centers, Hanze & Saxion and the possibility of organizing applied research at the Chinese organizations has been agreed. We now also have a Dutch healthcare organization that can serve as a model, and where we will also conduct research. (Tangenborgh from Emmen)There is a huge spread in the projects in which Heinrich, Jan and Jan Willem collaborate. Subjects range from studying domotica in the process of dementia in elderly care, to the transition from a collectivist society to a more individual society, both within the realm of social scientific research. Moreover, physical, biological and economical processes of change - for instance sampled by sensors- may also form the heart of the applied scientific interest of the team. The common thread is formed by the dynamic system description of the change processes over time. These are sometimes (within certain limits) linear, but much more often there is complex non-linear coherence, which, however, runs according to patterns (and therefore contains systematic components). Emergent properties, instead of determined linear chains. Modern data analysis techniques and insight into system thinking form the core. We work with beta talents, including IT specialists trained at ItVitae, in the Beta lab of Marcel Hurkens.

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Zero Project Sector Report

Assistive Technology (AT) is any technology that supports people with functional difficulties to perform their daily activities with less difficulty and/or obstruction, thus contributing to a more fulfilling life. This refers to people of all ages and to all kinds of functional limitations, either permanent or temporary. Assistive products can be traditional physical products, such as wheelchairs, eyeglasses, hearing aids, or prostheses, but they can also be special input devices, care robots, computers with accessible software, apps for smartphones, home automation solutions, virtual realities, etc. It is essential to understand that AT involves more than just familiar products, and that it also includes knowledge about the personalized selection of appropriate solutions, provisions, and services, as well as the training of all parties involved, the measurement of outcomes and impacts, awareness of ethical issues, etc.

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H.A.L.P.

At ageing, there comes a certain point when people are no longer able to live independently in their own homes. With an ever increasing elderly population, this constitutes a significant and increasing burden for the health care expenses. The need for more cost effective solutions is evident.Research from H. van der Kloet (Hanze UAS) suggests that there is one main concern why people consider moving to an elderly home earlier than they actually need to; safety. There are many aspects to safety: self reliance, self confidence, indoor security and social security.With the elderly population becoming more technically aware, the opportunity of using technology to enable a longer independent life while maintaining or even enhancing quality of life, and thus to prevent rising health care expenses, is possible.With this in mind a Home Automated Living Platform (H.A.L.P.) was developed.

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Life-resistant housing - home automation through the eyes of the caregiver

Use of smart home automation and implementation in care organisations

Architectural and building services requirements for smart homes

Home automation for persons with dementia and their carers