Bin Cao – författare

COVID-19: The Essentials of Prevention and Treatment elaborates on the ethology, pathogenesis, epidemiology, clinical characteristics, treatment principles, rehabilitation and prevention, and prevention and control measures for COVID-19. Aimed at healthcare workers, and written to be a practical guide, six chapters cover the following aspects of COVID-19: respiratory viruses; pathogenesis; case definitions and diagnosis; treatment; prevention and disease control; and prospects for the management and research of respiratory virus infections. This book gives first-hand information on the prevention, control, diagnosis and treatment of COVID-19.COVID-19 was recognized as a pandemic in March 2020 by the World Health Organization. It is a disease caused by severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2). Physicians working in China, particularly where the outbreak was first identified in Wuhan, have built up knowledge of prevention and control measures, and diagnosis and treatment of this disease. These insights are now globally relevant. The authors of this book are senior physicians specializing in respiratory diseases, pulmonary diseases and critical care medicine, and are all clinical and scientific research experts working in China, with particular experience in Wuhan. Describes the prevention, control, diagnosis and treatment of COVID-19 Offers practical guidance to healthcare professionals for COVID-19 Gives clinical insights in a question and answer format Details first-hand experience in Chinese cities during the initial outbreak Presents insights that healthcare professionals need to prevent, diagnose, and treat COVID-19

COVID-19: The Essentials of Prevention and Treatment elaborates on the ethology, pathogenesis, epidemiology, clinical characteristics, treatment principles, rehabilitation and prevention, and prevention and control measures for COVID-19. Aimed at healthcare workers, and written to be a practical guide, six chapters cover the following aspects of COVID-19: respiratory viruses; pathogenesis; case definitions and diagnosis; treatment; prevention and disease control; and prospects for the management and research of respiratory virus infections. This book gives first-hand information on the prevention, control, diagnosis and treatment of COVID-19.COVID-19 was recognized as a pandemic in March 2020 by the World Health Organization. It is a disease caused by severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2). Physicians working in China, particularly where the outbreak was first identified in Wuhan, have built up knowledge of prevention and control measures, and diagnosis and treatment of this disease. These insights are now globally relevant. The authors of this book are senior physicians specializing in respiratory diseases, pulmonary diseases and critical care medicine, and are all clinical and scientific research experts working in China, with particular experience in Wuhan.- Describes the prevention, control, diagnosis and treatment of COVID-19- Offers practical guidance to healthcare professionals for COVID-19- Gives clinical insights in a question and answer format- Details first-hand experience in Chinese cities during the initial outbreak- Presents insights that healthcare professionals need to prevent, diagnose, and treat COVID-19

Explore foundational concepts in blockchain theory with an emphasis on recent advances in theory and practice In Wireless Blockchain: Principles, Technologies and Applications, accomplished researchers and editors Bin Cao, Lei Zhang, Mugen Peng, and Muhammad Ali Imran deliver a robust and accessible exploration of recent developments in the theory and practice of blockchain technology, systems, and potential application in a variety of industrial sectors, including manufacturing, entertainment, public safety, telecommunications, public transport, healthcare, financial services, automotive, and energy utilities.The book presents the concept of wireless blockchain networks with different network topologies and communication protocols for various commonly used blockchain applications. You’ll discover how these variations and how communication networks affect blockchain consensus performance, including scalability, throughput, latency, and security levels.You’ll learn the state-of-the-art in blockchain technology and find insights on how blockchain runs and co-works with existing systems, including 5G, and how blockchain runs as a service to support all vertical sectors efficiently and effectively. Readers will also benefit from the inclusion of: A thorough introduction to the Byzantine Generals problem, the fundamental theory of distributed system security and the foundation of blockchain technologyAn overview of advances in blockchain systems, their history, and likely future trendsPractical discussions of Proof-of-Work systems as well as various Proof-of-“X” alternatives, including Proof-of-Stake, Proof-of-Importance, and Proof-of-AuthorityA concise examination of smart contracts, including trusted transactions, smart contract functions, design processes, and related applications in 5G/B5GA treatment of the theoretical relationship between communication networks and blockchainPerfect for electrical engineers, industry professionals, and students and researchers in electrical engineering, computer science, and mathematics, Wireless Blockchain: Principles, Technologies and Applications will also earn a place in the libraries of communication and computer system stakeholders, regulators, legislators, and research agencies.

Explore foundational concepts in blockchain theory with an emphasis on recent advances in theory and practice

In Wireless Blockchain: Principles, Technologies and Applications, accomplished researchers and editors Bin Cao, Lei Zhang, Mugen Peng, and Muhammad Ali Imran deliver a robust and accessible exploration of recent developments in the theory and practice of blockchain technology, systems, and potential application in a variety of industrial sectors, including manufacturing, entertainment, public safety, telecommunications, public transport, healthcare, financial services, automotive, and energy utilities.

The book presents the concept of wireless blockchain networks with different network topologies and communication protocols for various commonly used blockchain applications. You’ll discover how these variations and how communication networks affect blockchain consensus performance, including scalability, throughput, latency, and security levels.

You’ll learn the state-of-the-art in blockchain technology and find insights on how blockchain runs and co-works with existing systems, including 5G, and how blockchain runs as a service to support all vertical sectors efficiently and effectively. Readers will also benefit from the inclusion of:

A thorough introduction to the Byzantine Generals problem, the fundamental theory of distributed system security and the foundation of blockchain technology An overview of advances in blockchain systems, their history, and likely future trends Practical discussions of Proof-of-Work systems as well as various Proof-of-“X” alternatives, including Proof-of-Stake, Proof-of-Importance, and Proof-of-Authority A concise examination of smart contracts, including trusted transactions, smart contract functions, design processes, and related applications in 5G/B5G A treatment of the theoretical relationship between communication networks and blockchain

Perfect for electrical engineers, industry professionals, and students and researchers in electrical engineering, computer science, and mathematics, Wireless Blockchain: Principles, Technologies and Applications will also earn a place in the libraries of communication and computer system stakeholders, regulators, legislators, and research agencies.

Explore foundational concepts in blockchain theory with an emphasis on recent advances in theory and practice

In Wireless Blockchain: Principles, Technologies and Applications, accomplished researchers and editors Bin Cao, Lei Zhang, Mugen Peng, and Muhammad Ali Imran deliver a robust and accessible exploration of recent developments in the theory and practice of blockchain technology, systems, and potential application in a variety of industrial sectors, including manufacturing, entertainment, public safety, telecommunications, public transport, healthcare, financial services, automotive, and energy utilities.

The book presents the concept of wireless blockchain networks with different network topologies and communication protocols for various commonly used blockchain applications. You’ll discover how these variations and how communication networks affect blockchain consensus performance, including scalability, throughput, latency, and security levels.

You’ll learn the state-of-the-art in blockchain technology and find insights on how blockchain runs and co-works with existing systems, including 5G, and how blockchain runs as a service to support all vertical sectors efficiently and effectively. Readers will also benefit from the inclusion of:

A thorough introduction to the Byzantine Generals problem, the fundamental theory of distributed system security and the foundation of blockchain technology An overview of advances in blockchain systems, their history, and likely future trends Practical discussions of Proof-of-Work systems as well as various Proof-of-“X” alternatives, including Proof-of-Stake, Proof-of-Importance, and Proof-of-Authority A concise examination of smart contracts, including trusted transactions, smart contract functions, design processes, and related applications in 5G/B5G A treatment of the theoretical relationship between communication networks and blockchain

Perfect for electrical engineers, industry professionals, and students and researchers in electrical engineering, computer science, and mathematics, Wireless Blockchain: Principles, Technologies and Applications will also earn a place in the libraries of communication and computer system stakeholders, regulators, legislators, and research agencies.

Specialized research on high-voltage insulator wetting behavior and contamination flashover Few books address the wetting characteristics and contamination behavior of high-voltage insulator under varying environmental conditions. Theory and Application of Dynamic Wetting of High Voltage Insulator consolidates a decade of research published in IEEE Transactions and IET Journals into a single authoritative reference. Written by Tsinghua University researchers with extensive IEEE leadership roles, this volume connects fundamental wetting dynamics with practical field applications. The book examines contamination wetting behavior mechanisms and their impact on insulator performance through on-site examples and engineering applications. Critical findings for ultra-high voltage engineering address contamination flashover prevention, dynamic environmental factors, and power system reliability improvement strategies applicable to modern transmission infrastructure. Key topics include: Wetting characteristics of high-voltage external insulation with detailed analysis of contamination behavior under varying environmental conditionsPerformance and application of insulation materials for reliable operation under complex and harsh service conditionsAdvanced monitoring, assessment, and management approaches for external insulation condition and operational riskFundamental principles of high-voltage and ultra-high-voltage engineering relevant to modern power transmission systemsImpacts of climate variability and extreme environments on insulation performance and corresponding mitigation strategiesFor power system engineers, high-voltage equipment researchers, and graduate students in electrical engineering, this reference provides specialized knowledge previously scattered across journal literature. It delivers both theoretical foundations and practical methodologies for addressing external insulation challenges in modern power transmission systems.

Specialized research on high-voltage insulator wetting behavior and contamination flashover Few books address the wetting characteristics and contamination behavior of high-voltage insulator under varying environmental conditions. Theory and Application of Dynamic Wetting of High Voltage Insulator consolidates a decade of research published in IEEE Transactions and IET Journals into a single authoritative reference. Written by Tsinghua University researchers with extensive IEEE leadership roles, this volume connects fundamental wetting dynamics with practical field applications. The book examines contamination wetting behavior mechanisms and their impact on insulator performance through on-site examples and engineering applications. Critical findings for ultra-high voltage engineering address contamination flashover prevention, dynamic environmental factors, and power system reliability improvement strategies applicable to modern transmission infrastructure. Key topics include: Wetting characteristics of high-voltage external insulation with detailed analysis of contamination behavior under varying environmental conditions Performance and application of insulation materials for reliable operation under complex and harsh service conditions Advanced monitoring, assessment, and management approaches for external insulation condition and operational risk Fundamental principles of high-voltage and ultra-high-voltage engineering relevant to modern power transmission systems Impacts of climate variability and extreme environments on insulation performance and corresponding mitigation strategies For power system engineers, high-voltage equipment researchers, and graduate students in electrical engineering, this reference provides specialized knowledge previously scattered across journal literature. It delivers both theoretical foundations and practical methodologies for addressing external insulation challenges in modern power transmission systems.

Specialized research on high-voltage insulator wetting behavior and contamination flashover Few books address the wetting characteristics and contamination behavior of high-voltage insulator under varying environmental conditions. Theory and Application of Dynamic Wetting of High Voltage Insulator consolidates a decade of research published in IEEE Transactions and IET Journals into a single authoritative reference. Written by Tsinghua University researchers with extensive IEEE leadership roles, this volume connects fundamental wetting dynamics with practical field applications. The book examines contamination wetting behavior mechanisms and their impact on insulator performance through on-site examples and engineering applications. Critical findings for ultra-high voltage engineering address contamination flashover prevention, dynamic environmental factors, and power system reliability improvement strategies applicable to modern transmission infrastructure. Key topics include: Wetting characteristics of high-voltage external insulation with detailed analysis of contamination behavior under varying environmental conditions Performance and application of insulation materials for reliable operation under complex and harsh service conditions Advanced monitoring, assessment, and management approaches for external insulation condition and operational risk Fundamental principles of high-voltage and ultra-high-voltage engineering relevant to modern power transmission systems Impacts of climate variability and extreme environments on insulation performance and corresponding mitigation strategies For power system engineers, high-voltage equipment researchers, and graduate students in electrical engineering, this reference provides specialized knowledge previously scattered across journal literature. It delivers both theoretical foundations and practical methodologies for addressing external insulation challenges in modern power transmission systems.

This SpringerBrief examines the active cooperation between users of Cooperative Cognitive Radio Networking (CCRN), exploring the system model, enabling techniques, and performance.The brief provides a systematic study on active cooperation between primary users and secondary users, i.e., (CCRN), followed by the discussions on research issues and challenges in designing spectrum-energy efficient CCRN. As an effort to shed light on the design of spectrum-energy efficient CCRN, they model the CCRN based on orthogonal modulation and orthogonally dual-polarized antenna (ODPA).  The resource allocation issues are detailed with respect to both models, in terms of problem formulation, solution approach, and numerical results. Finally, the optimal communication strategies for both primary and secondary users to achieve spectrum-energy efficient CCRN are analyzed.