دانلود کتاب سیستم های سایبری-فیزیکی برای نوآوری و تحول جامعه 5. 0

The book explores advances across various domains of Society 5.0 through cutting-edge technologies. It offers comprehensive, state-of-the-art insights, applications, and implementations designed to benefit different societal sectors. Covering multidisciplinary areas such as legal frameworks, healthcare, intelligent society, cyber-physical systems, and smart agriculture, the book features contributions from experts in each field, with every chapter rigorously reviewed. Aimed at researchers and academicians, this resource will facilitate the exploration of new ideas, techniques, and tools. This book delves into Cyber-Physical Systems (CPS) for the innovative Society 5.0, harnessing disruptive technologies. It introduces the concept of CPS and its applications across various domains, including manufacturing, energy, transportation, healthcare, and agriculture. Additionally, it explores the latest research trends in CPS and provides insights into the future of CPS-enabled intelligent societies. A Cyber-Physical System (CPS) is a network of physical and computational entities that interact to share data and feedback, enabling the seamless integration of cyber systems with the physical world. This integration contributes to the development of a “smart” Society 5.0 through disruptive technologies. CPS can be applied across multiple industries, such as transportation, energy, healthcare, and manufacturing. By enhancing communication between devices and humans, CPS enables faster and more efficient decision-making. For example, real-time monitoring of traffic patterns allows transportation authorities to optimize traffic flow and reduce congestion, while hospitals can improve patient care by tracking vital signs and medication schedules in near-real time. With the rise of innovative technology, we are on the brink of a new era where machines communicate seamlessly, paving the way for a more efficient and intelligent Society 5.0. This compilation will feature an extensive selection of scholarly works, offering detailed insights into fields such as image processing, natural language processing, computer vision, sentiment analysis, as well as voice and gesture recognition, among other relevant areas. The text will incorporate interdisciplinary approaches covering legal frameworks, medical systems, intelligent urban development, integrated cyber-physical systems infrastructure, and advanced agricultural practices. Authored by experts in these disciplines, each contribution has undergone meticulous scrutiny to ensure quality and accuracy. Primarily designed for scholars and academic professionals seeking novel paradigms, methodologies, and tools, this publication aims to serve as a catalyst for advancing research related to Cyber-Physical Systems for an Innovative Society 5.0. Ultimately, the driving ambition behind this work is to aggregate and disseminate collective knowledge on revolutionary technologies that are shaping our journey toward a more interconnected and intelligent society. Chapter 1 explores advancements in revolutionizing legal operations and best practices, discussing innovative techniques for case management, contract control, document management, legal research, and litigation support. It highlights how AI algorithms are increasingly automating tasks traditionally handled by humans. Chapter 2 examines voice assistant capabilities across various domains, such as personalized recommendations, weather forecasting, and proactive reminders. In Chapter 3, the authors thoroughly explore the complexities of cloud computing and its pivotal role in overcoming challenges and seizing opportunities within the metaverse. They emphasize how integrating cloud technologies into cyber-physical systems enables businesses to navigate and excel in this interactive landscape. Chapter 4 focuses on contemporary technologies for early detection and control of potholes and fires. It introduces the use of unmanned aerial vehicles to capture footage of roadsides, with AI-based programs utilizing artificial neural networks to detect and identify potholes and fire hazards. Chapter 5 investigates the impact of artificial intelligence (AI) and robotics on enhancing cybersecurity and healthcare sectors. The literature suggests that AI’s application in these fields is emerging and offers substantial potential for future research. Chapter 6 discusses strategies for controlled testing to ensure safety standard compliance, proposing criteria based on peak collision force, highest deflection, and internal energy absorption during vehicle impact testing. Chapter 7 covers key matrix generation techniques used in the Hill cipher cryptosystem. The author introduces an algorithm designed with a focus on security, performance, ease of implementation, and limitations in cyber-physical systems. Chapter 8 proposes a machine learning-based model for Spotify song prediction, exploring how online streaming platforms use various tools and metrics to gauge a song’s popularity. Chapter 9 examines sentiment analysis and its role in shaping campaign strategies, including targeted messaging and crisis management. It presents several methods, case studies, and ethical considerations, highlighting AI’s growing influence in optimizing political campaigns through data-driven decision-making. Chapter 10 delves into technology’s role in enhancing learner engagement, showcasing how digital tools and platforms offer opportunities for creating interactive, personalized learning experiences. Practical examples and ethical considerations emphasize the importance of intentional technology integration in education. Chapter 11 explores the real-time integration of disruptive technologies within Cyber-Physical Systems (CPS), with a focus on directed energy weapons, autonomous systems, and AI in modern warfare. This chapter presents a framework demonstrating the transformative impact of these technologies on Defense Posture Systems (DPS) and their crucial role in reshaping military strategies.