This book provides the readers with an interdisciplinary perspective on communication in the diffuse boundaries that also demonstrates the diversity and inclusion for presenting wide range and rapid changes in contents, and the authors use "smart" as the guiding principle while indicate "communication" has been defined as a core feature. Appropriately, the book is divided into eight major sections. As always, the inevitable result of upgrading and constant iterations of developing new communication technology, the media communication has turned out to be one of the most important means in the smart era. The book sheds new light on virtual reality (VR), a pioneering technology in smart media communication, as an entry point to explore why the core social networks of smart news and smart media communication could occupy the central position in smart media communication while to discuss issues such as platform society built using smart media communication, and further elaborate on the integration of 5G technology, media and social transformation. This book not merely covers disciplines such as journalism and communication, but also on the universal application of smart media communication, and furthermore, it provides practical guidance and reviews cutting-edge ideas. It serves as a good future reference to help scholars, graduate students as well as relevant professionals for thinking outside the box that in order to continually expand reader's knowledge and professional capabilities, especially aware of the impact of observation and judgment, value analysis and lifelong learning.

Organic Farming and Biodiversity in China: Protection and Agricultural Pollution Mitigation Effects gives quantitative comparison of biodiversity between organic and conventional farming, provides evaluation on the biodiversity protection mechanism for organic farming, by using an integrative approach to analyze the relationship between agricultural inputs, waste, farming management, government policy and biodiversity in different agro-ecosystems. It also discusses the ecological, economic, and social benefits of organic farming. Written by experts from the Organic Food Development Center of the Ministry of Environmental Protection (OFDC-MEE) - the pioneers of the organic movement in China - this book explores the role that organic farming plays in biodiversity protection, and how the government can support or hinder organic farming. Using the methods of long-term field experiment, field survey, and meta-analysis, the book reviews not yet translated studies in China, therefore unavailable to the English readership, to provide systematic comparison of biodiversity between organic and conventional farming. Organic Farming and Biodiversity in China: Protection and Agricultural Pollution Mitigation Effects is an important resource for researchers and students. It also appeals to policy makers as well as the general public seeking to understand the environmental impact of organic agriculture and the guidance of government policy in China and other regions in the world.

Recent developments in medical imaging technology have changed the practice of medicine, providing physicians with powerful, non-invasive methods for studying the internal anatomy and function of the human body. These advances in imaging techniques offer both a great opportunity and a tremendous challenge for the image processing community to develop new tools to help the analysis and interpretation of the vast amount of complex medical imaging data. The work presented in this book is motivated by the fascinating task of studying the structural and functional relationship of the human brain, with the specific aim of developing geometrically accurate and topologically correct methods for automatic segmentation of 3D magnetic resonance brain images. Several new methods are reported in this book, which should help provide new insights in understanding the medical image segmentation problem and the challenges it poses, and help promote future development in the fields of image processing, signal processing, computer vision, and medical imaging.