Wireless Mobile Communication and Healthcare

A Health Status Evaluation Method for Chronic Disease Patients Based on Multivariate State Estimation Technique Using Wearable Physiological Signals: a Preliminary Study.-<p>Security and privacy concerns for healthcare wearable devices and emerging alternative approaches.- Medical, Communications and Networking 3 A CNN-based Computer Vision Interface for Prosthetics’ control.- A Deep Learning - Based Dessert Recognition System for Automated Dietary Assessment.- Detection of Epilepsy Seizures based on Deep Learning with Attention Mechanism.- Edge-Computing System based on Smart Mat for Sleep Posture Recognition in IoMT.- Retinal Vessel Segmentation using Multi-scale Generative Adversarial Network with Class Activation Mapping.- Robust Intent Classification using Bayesian LSTM for Clinical Conversational Agents (CAs) .- Biomedical, and Health Informatics.- &nbsp;Me in the Wild: An Exploratory Study Using Smartphones to Detect the Onset of Depression.- An accurate and cost-effective approach towards real-time eye movement angle estimation.- Adaptive distance sensing in contact tracing applications through indoor/outdoor detection.- Development and Validation of Algorithms for Sleep Stage Classification and Sleep Apnea/Hypopnea Event Detection Using a Medical-grade Wearable Physiological Monitoring System.- eHealthCare - A medication monitoring approach for the elderly people.- A pilot mHealth project for monitoring vital body signals and skin conditions.- Detection of Multiple Small Moving Targets against Complex Ground Background.- A two-stream model combining ResNet and Bi-LSTM networks for non-contact dynamic electrocardiogram signal quality assessment.- Tell It Your Way: Technology-mediated Human-Human Multimodal Communication.</p>

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