Shahid Mohammad Ganie – författare

Metaverse in the Healthcare Industry: Potential Applications, Tools, and Techniques explores the intersection of rapidly evolving metaverse technology and its implications for the healthcare sector. The book provides a comprehensive overview of virtual and augmented reality, artificial intelligence, and other immersive technologies that have gained significant attention within the context of the metaverse in healthcare. It emphasizes how these technologies can revolutionize healthcare by enabling virtual clinics, patient education, remote medical training, therapeutic interventions, and much more. By bringing together diverse perspectives, it contributes to the ongoing discourse on the future of healthcare delivery and innovation.This book also delves into technical aspects of metaverse development and its integration with existing healthcare systems. It discusses ethical considerations and challenges associated with implementing metaverse technologies in healthcare settings. Additionally, it highlights the potential to reshape the healthcare landscape by fostering innovation, improving patient care, and revolutionizing medical training and research. Readers will gain insights into applications, tools, and techniques for leveraging the metaverse to create more effective and accessible healthcare solutions.Brings together the benefits and challenges of the metaverse within the healthcare industryExplores the potential applications of metaverse in the context Health 5.0Provides case studies of successful metaverse implementations in healthcareExamines ethical and privacy considerations in metaverse healthcare

Metaverse in the Healthcare Industry: Potential Applications, Tools, and Techniques explores the intersection of rapidly evolving metaverse technology and its implications for the healthcare sector. The book provides a comprehensive overview of virtual and augmented reality, artificial intelligence, and other immersive technologies that have gained significant attention within the context of the metaverse in healthcare. It emphasizes how these technologies can revolutionize healthcare by enabling virtual clinics, patient education, remote medical training, therapeutic interventions, and much more. By bringing together diverse perspectives, it contributes to the ongoing discourse on the future of healthcare delivery and innovation.This book also delves into technical aspects of metaverse development and its integration with existing healthcare systems. It discusses ethical considerations and challenges associated with implementing metaverse technologies in healthcare settings. Additionally, it highlights the potential to reshape the healthcare landscape by fostering innovation, improving patient care, and revolutionizing medical training and research. Readers will gain insights into applications, tools, and techniques for leveraging the metaverse to create more effective and accessible healthcare solutions. - Brings together the benefits and challenges of the metaverse within the healthcare industry- Explores the potential applications of metaverse in the context Health 5.0- Provides case studies of successful metaverse implementations in healthcare- Examines ethical and privacy considerations in metaverse healthcare

Implications of Artificial Intelligence in Next Generation Physiotherapy explores how artificial intelligence is transforming the future of physiotherapy across the entire continuum of rehabilitation. Covering musculoskeletal, neurological, cardiopulmonary, sports, paediatric, geriatric, women's health, and community-based physiotherapy, the book highlights how AI is reshaping clinical practice through intelligent assessment, precision rehabilitation, personalized treatment planning, predictive analytics, remote monitoring, and data-driven clinical decision-making.The book presents comprehensive coverage of emerging AI technologies, including machine learning, deep learning, computer vision, wearable sensors, robotics, virtual and augmented reality, digital twins, tele-rehabilitation, and intelligent clinical decision support systems. It also discusses workload monitoring, movement analysis, biomechanical assessment, functional outcome prediction, patient engagement, and continuous recovery tracking, supported by current research, real-world applications, and clinical case studies.Designed for researchers, clinicians, educators, students, and healthcare innovators, this book bridges the gap between cutting-edge artificial intelligence and evidence-based physiotherapy practice. By examining both current applications and future directions, it provides readers with the knowledge required to implement AI-driven innovations that enhance diagnostic accuracy, optimize rehabilitation outcomes, improve healthcare accessibility, and advance patient-centred care in the next generation of physiotherapy.Explores the integration of artificial intelligence in physiotherapy, providing valuable insights into innovative practices and methodologiesAddresses ethical considerations and regulatory frameworks related to the deployment of AI technologies in healthcareOffers practical applications and tailored treatment strategies based on data-driven insights, to enhance patient outcomes and improve rehabilitation practices

Digital Oncology Rehabilitation: Integrating Technology into Cancer Rehabilitation and Palliative Care reimagines cancer recovery through the lens of digital innovation. This edited volume bridges clinical expertise and technological advancement to transform physiotherapy and palliative care in oncology. The book explores AI-driven personalization, telephysiotherapy, wearable sensors, robotics, and predictive analytics, offering practical frameworks for remote assessment, symptom monitoring, and adaptive rehabilitation. Sections are supported by real-world case studies and ethical implementation strategies.Academics, clinicians, and researchers will benefit from a comprehensive, evidence-based guide that merges compassionate care with cutting-edge tools, thus empowering them to improve quality of life, create functional outcomes, and provide equitable access for cancer survivors and palliative patients.Bridges clinical rehabilitation with emerging technologies, integrating AI, robotics, and wearables into oncology physiotherapy and palliative careProvides practical, scalable frameworks by offering implementation roadmaps, ethical guidelines, and real-world case studies for clinical adoptionFocuses on survivorship and holistic care, addressing the physical, emotional, and psychosocial dimensions of cancer recovery and end-of-life support

The ever-changing world of wearable technologies makes it difficult for experts and practitioners to keep up with the most recent developments. This handbook provides a solid understanding of the significant role that AI plays in the design and development of wearable technologies along with applications and case studies.Handbook of Artificial Intelligence and Wearables: Applications and Case Studies presents a deep understanding of AI and its involvement in wearable technologies. The book discusses the key role that AI plays and goes on to discuss the challenges and possible solutions. It highlights the more recent advances along with real-world approaches for the design and development of the most popular AI-enabled wearable devices such as smart fitness trackers, AI-enabled glasses, sports wearables, disease diagnostic devices, and more, complete with case studies. This book will be a valuable source for researchers, academics, technologists, industrialists, practitioners, and all people who wish to explore the applications of AI and the part it plays in wearable technologies.

The ever-changing world of wearable technologies makes it difficult for experts and practitioners to keep up with the most recent developments. This handbook provides a solid understanding of the significant role that AI plays in the design and development of wearable technologies along with applications and case studies.Handbook of Artificial Intelligence and Wearables: Applications and Case Studies presents a deep understanding of AI and its involvement in wearable technologies. The book discusses the key role that AI plays and goes on to discuss the challenges and possible solutions. It highlights the more recent advances along with real-world approaches for the design and development of the most popular AI-enabled wearable devices such as smart fitness trackers, AI-enabled glasses, sports wearables, disease diagnostic devices, and more, complete with case studies. This book will be a valuable source for researchers, academics, technologists, industrialists, practitioners, and all people who wish to explore the applications of AI and the part it plays in wearable technologies.