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Titlebook: Wireless Mobile Communication and Healthcare; 7th International Co Paolo Perego,Amir M. Rahmani,Nima TaheriNejad Conference proceedings 201

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Watchful-Eye: A 3D Skeleton-Based System for Fall Detection of Physically-Disabled Cane Users fall occurrences using skeleton tracking with a Microsoft Kinect camera. Compared to existing systems, it has the merit of detecting various types of fall under multiple scenarios and postures, while using a small set of features extracted from Kinect captured video streams. To achieve this merit,
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A Virtual Reality-Based Physical and Cognitive Training System Aimed at Preventing Symptoms of Demene of symptoms of dementia in elderly with Mild Cognitive Impairment (MCI). The system foresees a physical task to be performed on a cycle-ergometer and two virtual environments for cognitive stimulation. In this paper, results of different validation phases conducted on both healthy and MCI subjects
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Improved Patient Engagement in Self-management of Health, a Key to Sustainable Preventative Healthcastems towards the patient-centred and preventative ones. Better empowered patients which are familiar with smart technology represent a viable way for raising the quality of the self-management of health. Usability is a key factor for a successful acceptance of mHealth solutions. This paper presents
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Enhancing the Self-Aware Early Warning Score System Through Fuzzified Data Reliability Assessmentancement of such data reliability validation through deploying a hierarchical agent-based system that classifies data reliability but using Fuzzy logic instead of conventional Boolean values. In our experiments, we demonstrate how our reliability enhancement method can offer a more accurate and more robust EWS monitoring system.
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Designing and Evaluating a Vibrotactile Language for Sensory Substitution Systems the high level of expressiveness. The results prove that this system is an effective solution with a low cognitive load for visually/auditory impaired people and for any context that would benefit from leaving the eyes/ears free for other tasks.
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A Method for Simplified HRQOL Measurement by Smart Devicesnsor data from smart devices and the questionnaire scores of HRQOL are collected and used to construct a machine-learning model that estimates the score for each HRQOL questionnaire item. Our experiment result showed our method’s potential and found effective features for some questions.
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