2007 · 162 citations · 5 references
Physical ActivityEngineeringWearable TechnologyIntelligent SystemsHuman MonitoringAmbient Assisted LivingData SciencePattern RecognitionStatisticsHealth SciencesAssistive TechnologyGeriatricsSensor PatternsElderly CareComputer ScienceBayesian Activity RecognitionMobile SensingSmart LivingNew Observation ModelHuman-computer InteractionSensor ReadingsHealth MonitoringActive AgeingActivity Recognition
The growing elder population demands new caregiving methods, and inferring home activities can assess their physical and cognitive abilities. The study aims to develop probabilistic models for activity recognition from sensor patterns. The authors introduce a new observation model that incorporates the history of sensor readings. Results show the new observation model improves accuracy, though a simpler description may yield even better results.
The growing population of elders in our society calls for a new approach in caregiving. By inferring what activities elderly are performing in their houses it is possible to determine their physical and cognitive capabilities. In this paper we describe probabilistic models for performing activity recognition from sensor patterns. We introduce a new observation model which takes the history of sensor readings into account. Results show that the new observation model improves accuracy, but a description using less parameters is likely to give even better results.
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Pattern Recognition and Machine Learning
Journal of Electronic Imaging · 2007 · 22K citations
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S Katz, T. Downs, Helen Cash et al. · The Gerontologist · 1970 · 4K citations
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Engineering, Machine Learning, Fine-grained Activity Recognition +21