Video Health Monitoring in Hospitals discusses the emergence of camera-based contactless physiological measurement as a groundbreaking solution in healthcare monitoring. It highlights the technology's non-invasiveness, capacity for continuous and long-term monitoring, and its ability to capture not only vital signs but also contextual information and behaviors. A unique aspect of this book is that it brings a rich set of compelling healthcare applications that will attract broader audiences (including researchers, engineers, clinicians, students) from multi-disciplinary fields. It also…mehr
Video Health Monitoring in Hospitals discusses the emergence of camera-based contactless physiological measurement as a groundbreaking solution in healthcare monitoring. It highlights the technology's non-invasiveness, capacity for continuous and long-term monitoring, and its ability to capture not only vital signs but also contextual information and behaviors. A unique aspect of this book is that it brings a rich set of compelling healthcare applications that will attract broader audiences (including researchers, engineers, clinicians, students) from multi-disciplinary fields. It also discusses the role of artificial intelligence in enhancing healthcare applications and aims to engage the healthcare industry in adopting this innovative approach to improve patient care and outcomes.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Dr. Wenjin Wang is an associate professor at the Southern University of Science and Technology in China. He previously held the position of an assistant professor at Eindhoven University of Technology (TU/e) in the Netherlands and worked as a scientist at Philips Research, also in the Netherlands. His ongoing research centers around camera-based health monitoring and the development of intelligent healthcare applications. He earned his PhD from TU/e in 2017, focusing on the topic of camera-based physiological measurement. Dr. Wang has (co-)authored over 70 journal and conference publications in this field, holds 16 granted patents, and has been involved in the creation of 4 consumer products. His research has been supported by prestigious programs such as the Excellent Young Scholars fund (Overseas) from the National Science Foundation of China (NSFC), the National Key R&D Program of China (Young Scientist category), the General Program of NSFC, and the Peacock Team Program of Shenzhen.
Inhaltsangabe
1. Introduction 2. Camera-based physiological measurement. fundamentals and methodologies 3. Deteriorated patient monitoring in Intensive Care Units 4. Hand hygiene monitoring of clinicians in Intensive Care Units 5. Premature infant monitoring in Neonatal Intensive Care Units 6. Image based infant BMI estimation in obstetrics 7. Chest respiratory imaging for assessing rehabilitation of thoracic surgery patients 8. Video based sleep staging in sleep centers 9. Privacy protected sleep monitoring 10. Patient monitoring in clinical triage and general ward 11. Contactless MRI gating for medical imaging 12. Foot plantar perfusion imaging for predicting peripheral arterial diseases 13. Fitness cardiac monitoring for assessing cardiovascular functions 14. Wireless stethoscope based lung disease analysis 15. Video based remote consultation for telemedicine 16. Summary
1. Introduction 2. Camera-based physiological measurement. fundamentals and methodologies 3. Deteriorated patient monitoring in Intensive Care Units 4. Hand hygiene monitoring of clinicians in Intensive Care Units 5. Premature infant monitoring in Neonatal Intensive Care Units 6. Image based infant BMI estimation in obstetrics 7. Chest respiratory imaging for assessing rehabilitation of thoracic surgery patients 8. Video based sleep staging in sleep centers 9. Privacy protected sleep monitoring 10. Patient monitoring in clinical triage and general ward 11. Contactless MRI gating for medical imaging 12. Foot plantar perfusion imaging for predicting peripheral arterial diseases 13. Fitness cardiac monitoring for assessing cardiovascular functions 14. Wireless stethoscope based lung disease analysis 15. Video based remote consultation for telemedicine 16. Summary
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