Proceedings of the 2015 ACM International Joint Conference on Pervasive and Ubiquitous Computing 2015
DOI: 10.1145/2750858.2807534
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Beyond activity recognition

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Cited by 56 publications
(20 citation statements)
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“…Previous studies in related application fields have demonstrated that more detailed movement analysis based on raw accelerometer data leads to improved outcome measures (Matthews et al 2012). Accessibility of raw sensor recordings facilitates the application of sophisticated computational analysis that goes beyond gross or fine measures of movement, towards an understanding of disease-specific idiosyncrasies in physical behaviour, for example: gait analysis (Lemke et al 2000), activity recognition (Bulling et al 2014), automated symptom assessment (Hammerla et al 2015), analysis of aggressive behaviour (Plötz et al 2012), or skill assessment (Khan et al 2015). Whilst these data offer huge potential as variables of interest, their utility will depend on the extent to which they are feasible and represent validated markers or surrogate markers of the disease.…”
Section: Discussionmentioning
confidence: 99%
“…Previous studies in related application fields have demonstrated that more detailed movement analysis based on raw accelerometer data leads to improved outcome measures (Matthews et al 2012). Accessibility of raw sensor recordings facilitates the application of sophisticated computational analysis that goes beyond gross or fine measures of movement, towards an understanding of disease-specific idiosyncrasies in physical behaviour, for example: gait analysis (Lemke et al 2000), activity recognition (Bulling et al 2014), automated symptom assessment (Hammerla et al 2015), analysis of aggressive behaviour (Plötz et al 2012), or skill assessment (Khan et al 2015). Whilst these data offer huge potential as variables of interest, their utility will depend on the extent to which they are feasible and represent validated markers or surrogate markers of the disease.…”
Section: Discussionmentioning
confidence: 99%
“…Phát hiện vận động bất thường của con người là lĩnh vực nhận được nhiều sự quan tâm của cộng đồng nghiên cứu vì đây là lĩnh vực có nhiều ứng dụng trong thực tế như hỗ trợ cho người mất trí nhớ [1], theo dõi người bệnh đột quỵ [2], theo dõi chăm sóc người vận động bất thường [3]v.v. .…”
Section: đặT Vấn đềunclassified
“….. thành vectơ ( ,3) .. và ghép tất cả vectơ ( ,3) .. thành một dòng ma trận (3) .. (là đầu vào của mạng con tích chập hợp nhất). Kiến trúc của mạng con tích chập hợp nhất tương tự như mạng con tích chập riêng lẻ.…”
Section: Sau đó Chúng Tôi Tiến Hành Làm Phẳng Ma Trận ( 3)unclassified
“…Self-care and self-management technology in health and social care can employ a variety of devices and applications, e.g. wearables, mobile apps, and web applications [2,41,17]. Some of these devices and applications help to overcome or limit the impairment experienced by people with dementia or Parkinson's, such as MindMate (http://www.mindmateapp.com/) which offers reminders or Dragon Naturally Speaking (http://www.nuance.co.uk/dragon/index.htm), which is Assistive Technology that replaces keyboard and mouse input with voice input.…”
Section: Self-care Technology For People With Dementia or Parkinson'smentioning
confidence: 99%