ItemIncluding Smart Architecture in environments for people with dementia(Springer International Publishing, 2014-12-15) Dalton, Cathy; van Hoof, Joost; Demiris, George; Wouters, Eveline J. M.Environments which aim to promote human well-being must address both functional and psychosocial needs. This paper comprises a description of a framework for a smart home environment, which aims to comprehensively address issues of environmental fit, in particular for a person with cognitive impairment associated with dementia, by means of introducing sensing of user affect as a factor in system management of a smart personal life space, and in generation of environmental response, adapting to changing user need. The introduction of affective computing into an intelligent system managing environmental response and adaptation is seen as a critical component in successfully realizing an interactive personal life-space, where a continuous feedback loop operates between user and environment, in real time. The overall intention is to maximize environmental congruence for the user, both functionally and psychosocially, by factoring in adjustment to changing user status. Design thinking, at all scales, is perceived as being essential to achieving a coherent smart environment, where architecture is reframed as interaction design. ItemConceptualisation of an intelligent salutogenic room environment(Springer-Verlag, 2012-04-11) Dalton, Cathy; Harrison, J. D.; Breedon, Philip; University College CorkHuman functioning in the built environment is affected by the degree of “fit” or congruence between a user and her/his surroundings [1, 2]. By extension, the culture of care-giving and physical environment of care settings are inextricably linked. This conceptual model, developed in the context of the MyRoom project , is based on analysis of prerequisites for psychosocial congruence, drawn from theories of environmental psychology [4, 5], and from the evidence-base . The model examines how these requirements may be addressed through architectural design enhanced by ubiquitous affective computing, integrated into the built environment, to maximise person-environment fit in healthcare settings. Where specific user needs, arising from cognitive and physical impairment associated with ageing and dementia, are not fully met by the built environment, these needs may be addressed through affective computing. This is to be achieved by means of real-time processing of data from an integrated system of Body Sensor Networks and Room Sensor Networks. This paper describes in detail an adaptive salutogenic single-user room in an elderly care setting, as a template of how an environment responsive to a user’s physical and emotional state might be realised, promoting salutogenesis  through optimal congruence. Psychosocial congruence, on which this paper focuses, is enhanced through actuation of multisensory applications designed to provide appropriate stimulation. Recent research on affective computing for children with ASD may be translational [8, 9]. A majority of elderly persons in residential care have some form of dementia . This implies that design of residential care and dementia care environments for elderly people is effectively inseparable. Architecture, further enhanced by ambient technologies, has the capacity to act as a major, and timely catalyst for a radical re-thinking of the culture and environment of care.