VOLUME 10(1) • 2023
Virtual Medical and Human‒Computer Interaction Technologies, Multidimensional Big Clinical and Biological Data, and Extended Digital Twin-based Medical Condition Diagnosis in the Healthcare Metaverse
ABSTRACT. This paper provides a systematic literature review of studies investigating digital twin smart healthcare systems pivotal in remote patient monitoring by health issue and medical data sharing, consultation and diagnostic accuracy, and operating room availability detection. The analysis hig..
Internet of Things-based Patient Health Monitoring Services, Extended Reality and Digital Twin Technologies, and Real-time 3D Virtual Diagnosis and Treatment Simulations for Personalized Care in the Healthcare Metaverse
ABSTRACT. The purpose of this study is to examine extended reality and metaverse technologies optimizing immersive virtual healthcare, remote patient assessment, diagnosis, and treatment, virtual diagnostics and therapeutics modeling, and artificial intelligence-based immersive virtual healthcare. I..
Computational Modeling Prediction-based Health Recovery Adjustment, Wearable Sensor-based Healthcare System Performance Accuracy, and Virtual Haptic Perception and Biomedical Imaging Technologies across Metaverse Clinical Settings and Internet of Things Digital Twin Simulation Environments
ABSTRACT. Based on an in-depth survey of the literature, the purpose of the paper is to explore immersive clinical care, disease prevention, diagnosis, and treatment, and physiological and psychological outcomes by augmented reality-based surgical procedures in the healthcare metaverse. Throughout J..
Internet of Things- and Big Data-based Smart Healthcare Technologies, Digital Twin-based Multiple Vital Parameter Evaluations, and 3D Virtual Disease Prevention Management Simulations in Metaverse-based Medical Service Delivery
ABSTRACT. The present study systematically reviews the existing research on customized healthcare treatment and services, immersive personalized patient care, and ambient patient tracking in virtual clinics. The findings indicate that extended reality and medical simulation technologies can configur..
Metaverse-based Healthcare and Physiological Response Monitoring Systems, Deep and Machine Learning-based Medical Imaging Data, and Wearable Biomedical Sensors in Virtual Healthcare Environments
ABSTRACT. In this article, previous research findings were cumulated, indicating that Internet of Things-based healthcare systems can enable virtual reality therapies by integrating metaverse healthcare data and devices for personalized healthcare delivery and experiences in terms of patient monitor..
Multimodal Deep Learning-based Medical Emergency Management, Wearable Device-based Physiological Data Examination, and Metaverse-basedMedical Imaging and Extended Reality Technologies for Digital Twin-based Clinical Treatments in Decentralized 3D Virtual Reality Environments
ABSTRACT. This article reviews and advances existing literature concerning personalized medical care and multiple patient attribute analysis and diagnosis. In this research, previous findings were cumulated showing that metaverse and extended reality technologies can be harnessed by use of accurate ..