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Social Rhythms and Nocturnal Routines in Community Dwelling Older Adults
Julie Behan,David Prendergast,Lorcan Wals,Brenda Quigley 한국과학기술원 인간친화 복지 로봇 시스템 연구센터 2008 International Journal of Assistive Robotics and Me Vol.9 No.4
This paper describes a pilot carried out by The Digital Health Group in Intel, in which daily social rhythms of community dwelling older adults were examined and related to objectively and subjectively recorded sleep measurements. Ten relatively healthy independently living older adults were interviewed using ethnographic processes to determine a baseline of social activities, behaviours and nocturnal sleeping routines. Each home was fitted with six sensing elements to establish and monitor daily and nocturnal activities. Social behaviours were explored through social contact through phone conversation and human interaction, through mobility, inside and outside the home, and through a person's self reported internal state (how they feel each day). Nocturnal rhythms were examined through actigraph watches and bed pressure sensing devices. A preliminary sub-set of the results are presented in this paper in the form of case studies showing subjective and objective data sets and their comparison to social routines.
Social Rhythms and Nocturnal Routines in Community Dwelling Older Adults
Julie Behan,David Prendergast,Lorcan Walsh,Brenda Quigley 동국대학교 정보융합기술원 2008 International Journal of Assistive Robotics and Sy Vol.9 No.4
This paper describes a pilot carried out by The Digital Health Group in Intel, in which daily social rhythms of community dwelling older adults were examined and related to objectively and subjectively recorded sleep measurements. Ten relatively healthy independently living older adults were interviewed using ethnographic processes to determine a baseline of social activities, behaviours and nocturnal sleeping routines. Each home was fitted with six sensing elements to establish and monitor daily and nocturnal activities. Social behaviours were explored through social contact through phone conversation and human interaction, through mobility, inside and outside the home, and through a person’s self reported internal state (how they feel each day). Nocturnal rhythms were examined through actigraph watches and bed pressure sensing devices. A preliminary sub-set of the results are presented in this paper in the form of case studies showing subjective and objective data sets and their comparison to social routines.
The evolution of computerised notational analysis through the example of racket sports
Hughes Mike,Hughes T. Michael,Behan H. 한국체육측정평가학회 2008 한국체육측정평가학회지 Vol.10 No.3
By analysing past and current work in racket sports, it was found that notational analysis of sport could be systematically analysed by using these delimitations. The development of analysis and technology in the analysis of racket sports the technological developments in notational analysis have inevitably lagged those in the applied computing technology environment. Application of feedback in racket sports the main applied areas of objective feedback were found to be:- Tactical evaluation, Technical, evaluation Movement analysis, Databases and modelling, Performance profiling the definition of profiles is much less a matter of guesswork because of methodological advances. Reliability the methods of measuring and calculating the reliability of non-parametric data has grown with research over the last few years. Areas of Research and Support more research in modelling in performance analysis is vital as we extend our knowledge and databases into those exciting areas of prediction. It is clear from these analyses of the on-going research and development work in racket sports, that the working notational analyst must have a broad set of skills and be prepared to maintain and extend those skills just as the research in this area develops the knowledge base.
Chaitanya Sarangapani,Peng Lu,Patrice Behan,Paula Bourke,P.J. Cullen 한국공업화학회 2018 Journal of Industrial and Engineering Chemistry Vol.59 No.-
In this study an atmospheric air plasma reactor was studied for the degradation of HA and THMs in water. Plasma treatment showed significant breakdown efficacies for HA and THMs. At an applied voltage of 80 kV about 93% of HA and >70% of THMs were degraded after 15 min and 30 min treatment time respectively, with the degradation following a first order kinetic model. Plasma induced reactive species including nitrates and H2O2 were quantified in the treated water. The results of FTIR analysis revealed that the molecular structure of HA was altered by the plasma treatment, with a decrease in aromaticity observed.