Liang Liu

Sensor networks are an essential component of the Internet of Things (IoT), and Multimedia Sensor Networks (MSNs) are the most important emerging area in sensor networks. However, multimedia sensing is characterized by diversified modes, large volumes of data, considerable heterogeneity, and complex computing, as a result of which the theory and methods for traditional sensor networks can’t be applied to MSNs. Based on the authors’ years of systematic research on related theory and methods, this book provides a comprehensive review of MSNs. The coverage ranges from networked sensing and fusion-based transmission, to route discovery and in-network computing. The book presents the most important scientific discoveries and fundamental theories on MSNs, while also exploring practical approaches and typical applications. Given its scope, it is especially suitable for students, researchers and practitioners interested in understanding scientific problems involved in characterizing multimedia sensing features, revealing the transmission mechanisms of MSNs, and constructing efficient in-network multimedia computing paradigms. In this book, readers will learn essential methods for achieving the optimal deployment of, efficient and reliable transmission, and timely information processing in MSNs.

This book focuses on domain-specific heterogeneous reconfigurable architectures, demonstrating for readers a computing platform which is flexible enough to support multiple standards, multiple modes, and multiple algorithms. The content is multi-disciplinary, covering areas of wireless communication, computing architecture, and circuit design. The platform described provides real-time processing capability with reasonable implementation cost, achieving balanced trade-offs among flexibility, performance, and hardware costs. The authors discuss efficient design methods for wireless communication processing platforms, from both an algorithm and architecture design perspective. Coverage also includes computing platforms for different wireless technologies and standards, including MIMO, OFDM, Massive MIMO, DVB, WLAN, LTE/LTE-A, and 5G.

The current book is a short synopsis of Professional Doctorates (DProf) programs. It provides a practical illustration of the content of these programs, how they are structured, how to craft the required dissertations and how students can succeed in these programs. Mostly tailored for professionals in advanced practice, DProf and the cognate programs of DProf by Publications (or Public Works) are growing in popularity as they offer candidates the opportunity to merge practical experience with academic skills. DProf programmes enhance work-based learning and reflective practice skills while implementing scholarly works. This book, shaped as a practical study guide, describes the major aspects of DProf programmes, how to create a successful thesis and how to be effective in extracting scholarly research from candidates' daily practice. Therefore, the Masters and Doctorates in Professional Practice (MProf/DProf) emphasise study inquiry in a professional setting while fostering critical reflection and career advancement through practice-based research projects. DProf postgraduate programs encourage a reflective approach into candidates' settings of practice to develop projects and policies to change these settings and advance the quality of services provided to their customers or clients. Methodologies and methods for creating DProf dissertations and research are discussed in detail such as modes of knowledge production, reflectivity, reflexivity, critical incident analysis, middle-range theories, qualitative inquiry, reflective cycles and autoethnography.

The current book is a short synopsis of Professional Doctorates (DProf) programs. It provides a practical illustration of the content of these programs, how they are structured, how to craft the required dissertations and how students can succeed in these programs. Mostly tailored for professionals in advanced practice, DProf and the cognate programs of DProf by Publications (or Public Works) are growing in popularity as they offer candidates the opportunity to merge practical experience with academic skills. DProf programmes enhance work-based learning and reflective practice skills while implementing scholarly works. This book, shaped as a practical study guide, describes the major aspects of DProf programmes, how to create a successful thesis and how to be effective in extracting scholarly research from candidates' daily practice. Therefore, the Masters and Doctorates in Professional Practice (MProf/DProf) emphasise study inquiry in a professional setting while fostering critical reflection and career advancement through practice-based research projects. DProf postgraduate programs encourage a reflective approach into candidates' settings of practice to develop projects and policies to change these settings and advance the quality of services provided to their customers or clients. Methodologies and methods for creating DProf dissertations and research are discussed in detail such as modes of knowledge production, reflectivity, reflexivity, critical incident analysis, middle-range theories, qualitative inquiry, reflective cycles and autoethnography.

Sensor networks are an essential component of the Internet of Things (IoT), and Multimedia Sensor Networks (MSNs) are the most important emerging area in sensor networks. However, multimedia sensing is characterized by diversified modes, large volumes of data, considerable heterogeneity, and complex computing, as a result of which the theory and methods for traditional sensor networks can’t be applied to MSNs. Based on the authors’ years of systematic research on related theory and methods, this book provides a comprehensive review of MSNs. The coverage ranges from networked sensing and fusion-based transmission, to route discovery and in-network computing. The book presents the most important scientific discoveries and fundamental theories on MSNs, while also exploring practical approaches and typical applications. Given its scope, it is especially suitable for students, researchers and practitioners interested in understanding scientific problems involved in characterizing multimedia sensing features, revealing the transmission mechanisms of MSNs, and constructing efficient in-network multimedia computing paradigms. In this book, readers will learn essential methods for achieving the optimal deployment of, efficient and reliable transmission, and timely information processing in MSNs.