Yuk Ming Tang

DeepSeek and Mental Health Support Among Chinese Youth: Use Cases, Risks, and Broader Implications explores how artificial intelligence is revolutionizing mental health care, providing innovative solutions to some of humanity’s most pressing emotional challenges. In a society where stigma, cultural barriers, and insufficient resources prevent countless people from seeking help, DeepSeek has emerged as a lifeline, offering accessible, empathetic, and culturally tailored emotional support to millions. Written by an experienced clinical psychologist and an AI expert, this book combines deep expertise from both fields to provide a unique perspective on the intersection of mental health and technology. It takes readers on a journey through the mental health crisis facing young people in China, examining the societal pressures, cultural norms, and systemic barriers that leave so many struggling in silence. Enriched by compelling case studies and critical discussions of ethical concerns that everyone needs to know to protect themselves in the AI era, the book delves into how DeepSeek—a groundbreaking AI-powered platform—is breaking down these barriers and redefining emotional care. Key Features: Fills a unique market niche by exploring the use of DeepSeek for mental health support in China Equip readers with knowledge on the mental health challenges in China and the transformative potential of AI in offering non-judgmental, round-the-clock support. Offers insights into the ethical challenges associated with AI, particularly DeepSeek · Provides future research directions to explore and address emerging issues in AI and mental health This book is a must-read for anyone interested in using AI for mental health or already using AI, mental health professionals, AI enthusiasts, policymakers, and anyone interested in the intersection of technology and emotional well-being.

Virtual Reality, Artificial Intelligence and Specialized Logistics in Healthcare aims to enrich knowledge and expertise in the field of advanced technologies and specialized logistics within the healthcare industry. A key feature of the book is the focus on mitigating the effects of epidemics such as COVID-19. The book offers a comprehensive understanding of these topics across nine chapters. The initial chapters, 1 and 2, meticulously delve into the state-of-the-art advancements in healthcare research. This section focuses on advances in immersive technologies (such as VR and AR), and internet of Things for digital healthcare services. Chapters 3 and 4 cover specialized logistics, providing an in-depth exploration of funeral logistics and vaccine supply chains, respectively. The next chapter provides case-studies on community level anti-epidemic measures, Chapters 6, 7, and 8 concentrate on pertinent issues concerning the elderly population. Topics in this section include elderly care home surveys. the utilization of modern mobile applications tailored for the elderly, and a comprehensive narrative review of mobile technology from the perspective of the elderly. Lastly, Chapter 9 culminates the exploration by addressing the adoption of macro business simulation in healthcare products. Leveraging illustrative examples such as hand sanitizers, this chapter offers valuable insights into healthcare product adoption. In essence, this book serves as a resource for policymakers, researchers, students, and industrial practitioners. References and summaries make this an indispensable guide for those seeking to navigate and comprehend the ever-evolving healthcare and supply chain industry.

This book aims to guide using 3D modeling techniques, texturing, and assigning material by using healthcare as the core application for demonstration. Blender is a free and open-source digital content creation (DCC) tool that provides the freedom to users of different backgrounds to get started quickly. The demonstrating of healthcare application enables related expertise to be equipped with modeling and rendering techniques through understanding background knowledge in character modeling, dressing and animation in healthcare application. The target audience includes professionals and researchers working in virtual reality, computer graphics, computer simulation, design, visual arts in various disciplines (eg: computer science, design, art, healthcare, rehabilitation, education, and information technology).