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Leveraging Blockchain for Future-Ready Libraries
Blockchain technology is revolutionizing the way libraries manage, secure, and share information in the digital age. With its potential to enhance cataloging systems, improve data integrity, and ensure transparent transactions, blockchain offers innovative solutions to the challenges faced by modern library networks. By exploring these advancements, this book provides a thorough analysis of how blockchain can transform information management, bringing efficiency and security to the forefront of library operations. Leveraging Blockchain for Future-Ready Libraries offers readers an in-depth look at the practical applications of blockchain in the library world, backed by real-world case studies of successful implementations. The book highlights both the benefits and challenges of adopting this technology, offering valuable insights for librarians, IT professionals, library science students, and academics interested in the evolving intersection of blockchain and information management.
Proceedings of the 15th International Conference on Soft Computing and Pattern Recognition (SoCPaR 2023)
This book presents 57 selected papers focused on Smart Health Care from the 14th International Conference on Soft Computing and Pattern Recognition (SoCPaR 2023) and 14th World Congress on Nature and Biologically Inspired Computing (NaBIC 2023), which was held in 5 different cities namely Olten, Switzerland; Porto, Portugal; Kaunas, Lithuania; Greater Noida, India; Kochi, India and in online mode. SoCPaR – NaBIC 2023 had contributions by authors from 39 countries. This Volume offers a valuable reference guide for all medical doctors, scientists, academicians, researchers, students and practitioners in the field of artificial intelligence and smart health care.
Resource Management in Distributed Systems
This book focuses on resource management in distributed computing systems. The book presents a collection of original, unpublished, and high-quality research works, which report the latest research advances on resource discovery, allocation, scheduling, etc., in cloud, fog, and edge computing. The topics covered in the book are resource management in cloud computing/edge computing/fog computing/dew computing, resource management in Internet of things, resource allocation, scheduling, monitoring, and orchestration in distributed computing systems, resource management in 5G network and beyond, latency-aware resource management, energy-efficient resource management, interoperability and portability, security and privacy in resource management, reliable resource management, trustworthiness in resource management, fault tolerance in resource management, and simulation related to resource management.
Low Speed Aerodynamics
"Low Speed Aerodynamics" delves into the fundamental principles and phenomena associated with the behavior of airflow around bodies at low speeds. This book covers essential topics such as boundary layer theory, drag, lift, and stall characteristics, emphasizing practical applications in aviation and automotive industries. Through a blend of theoretical insights and experimental results, it provides a comprehensive understanding of aerodynamic principles, enabling engineers and researchers to design efficient and effective airfoil shapes and vehicles. Ideal for students and professionals, this work serves as a vital resource in the study of aerodynamics.
Predicting Pregnancy Complications Through Artificial Intelligence and Machine Learning
Artificial intelligence models are being used to make labor and delivery safer for mothers and newborns. Sensors are exploited to gauge health parameters, and machine learning techniques are investigated to predict the health conditions of patients to assist medical practitioners. This is a critical area of study as maternal and infant health are indispensable for a healthy society. Predicting Pregnancy Complications Through Artificial Intelligence and Machine Learning considers the recent advances, challenges, and best practices of artificial intelligence and machine learning in relation to pregnancy complications. Covering key topics such as pregnancy complications, wearable sensors, and healthcare technologies, this premier reference source is ideal for nurses, doctors, computer scientists, medical professionals, industry professionals, researchers, academicians, scholars, instructors, and students.
Technological Tools for Predicting Pregnancy Complications
The lack of comprehensive, innovative insights into the intricate world of pregnancy complication prediction is a pressing concern, as these complications can severely impact the health and wellbeing of pregnant patients. As the complexities of maternal healthcare continue to evolve, scholars grapple with the challenge of staying at the forefront of research and innovation in this critical field. The unpredictability of pregnancy complications poses significant risks to positive patient outcomes, demanding novel approaches to diagnosis and prevention. The academic community seeks a solution that can bridge the gap between traditional research and the transformative potential of technological...
Fluid Mechanics and Machinery
Fluid Mechanics and Machinery is a comprehensive exploration of the principles governing fluid behavior and the machinery utilized in fluid systems. Fundamental concepts of fluid mechanics, including fluid properties, dynamics, and statics, while also delving into the design, operation, and analysis of various fluid machinery such as pumps, turbines, and compressors. Through detailed illustrations and real-world applications, it equips readers with a solid understanding of fluid dynamics and the engineering practices necessary for effective fluid management in diverse industrial contexts.
