Aditi Sharma – författare

Smart City Computational Paradigms: A Sustainable Approach describes the connections between state-of-the-art technologies while also providing a comprehensive overview for readers interested in advanced technologies. The smart city paradigm combines smart homes, smart healthcare, smart transportation, smart industry, smart environment, and smart energy to ensure sustainability, well-being, and comfortable living within the urban environment for the city's citizens. The book identifies challenges and proposed solutions and covers underlying theory, design techniques, classification, taxonomy, and analytical tools. Content primarily focuses on real-time applications, uncertainty solutions, and approaches with hands-on demonstrations for decision-making outcomes.This convergence of computational intelligence and IoT not only transforms data into actionable knowledge but also fosters the development of autonomous, efficient, and adaptive systems across diverse domains, ranging from smart cities to healthcare and industrial applications. The integration of computational intelligence with IoT enhances the capabilities of connected systems, making them smarter, more efficient, and better equipped to handle the complexities of the modern world.Explores the concept of the smart city, and explains how smart cities can improve sustainability, transport, and healthcareDemonstrates how computing paradigm technologies can be integrated with artificial intelligence and internet of thingsApplies inter-disciplinary themes and applications (AI, IoT, Blockchain, Decision Making, Computational Paradigm, Uncertainty) to sustainable smart citiesIncludes case studies of successful applications of the smart city computational paradigms

Smart City Computational Paradigms: A Sustainable Approach describes the connections between state-of-the-art technologies while also providing a comprehensive overview for readers interested in advanced technologies. The smart city paradigm combines smart homes, smart healthcare, smart transportation, smart industry, smart environment, and smart energy to ensure sustainability, well-being, and comfortable living within the urban environment for the city's citizens. The book identifies challenges and proposed solutions and covers underlying theory, design techniques, classification, taxonomy, and analytical tools. Content primarily focuses on real-time applications, uncertainty solutions, and approaches with hands-on demonstrations for decision-making outcomes.This convergence of computational intelligence and IoT not only transforms data into actionable knowledge but also fosters the development of autonomous, efficient, and adaptive systems across diverse domains, ranging from smart cities to healthcare and industrial applications. The integration of computational intelligence with IoT enhances the capabilities of connected systems, making them smarter, more efficient, and better equipped to handle the complexities of the modern world. - Explores the concept of the smart city, and explains how smart cities can improve sustainability, transport, and healthcare- Demonstrates how computing paradigm technologies can be integrated with artificial intelligence and internet of things- Applies inter-disciplinary themes and applications (AI, IoT, Blockchain, Decision Making, Computational Paradigm, Uncertainty) to sustainable smart cities- Includes case studies of successful applications of the smart city computational paradigms

Blockchain-Enabled Digital Security Solutions: From Theory to Real-World Solutions is a comprehensive edited volume that systematically explores the role of blockchain technology in strengthening digital security frameworks, with a special focus on Internet of Things (IoT) ecosystems and emerging cyber-physical systems. The book bridges the gap between theoretical foundations and practical implementations, offering readers a holistic understanding of how blockchain can be leveraged to address contemporary cybersecurity challenges.The rapid proliferation of IoT devices across domains such as smart cities, healthcare, supply chains, energy systems, and industrial automation has significantly increased concerns related to data privacy, trust, authentication, and system integrity. This book addresses limitations by presenting blockchain as a decentralized, transparent, and tamper-resistant solution capable of enhancing trust, accountability, and resilience in digital infrastructures.The volume begins by establishing foundational knowledge of blockchain and IoT technologies, outlining their architectures, operating principles, and inherent security challenges. Subsequent chapters delve into advanced concepts such as blockchain-based authentication and access control, secure identity management for IoT devices, data integrity, auditability, and trust establishment in distributed networks. The book also explores the integration of smart contracts to enable secure and autonomous interactions among IoT entities, along with performance, scalability, and optimization issues in blockchain-enabled systems.A distinctive feature of this edited book is its emphasis on real-world applications and practical use cases. Chapters highlight blockchain-enabled secure supply chain management, trusted data exchange mechanisms, and industry-specific implementations that demonstrate how theory can be translated into deployable solutions. Additionally, the book examines regulatory, legal, and governance considerations, offering readers critical insights into compliance, data protection, and policy frameworks that influence blockchain and IoT adoption globally.This edited volume is primarily aimed at postgraduate students, doctoral researchers, academicians, industry professionals, and policymakers who seek an in-depth understanding of blockchain-based digital security solutions.

Seminar paper from the year 2022 in the subject Politics - Environmental Policy, grade: A, , course: M.Sc. (Environmental Studies and Resource Management), language: English, abstract: The present study makes an attempt to understand the non-carcionegenic and carcinogenic risks due to the exposure of NCR commuters to the high PM2.5 levels and a comparative analysis of exposure within three kinds of groups- male and female, students, official staff and non-official staff, and normal and overweight/obese. India has been facing high ambient air pollution levels for many years now. Particulate pollution has been one of the major concerns in this regard as almost all the population of the country is exposed to unhealthy fine particulate matter (PM 2.5) concentration and is considered one of the severely impacted countries in the world due to the same. Some of the worst levels of pollution in this category in the country have been witnessed in the areas of the National Capital Territory and adjoining regions. A large proportion of the exposure to these PM2.5 levels is possibly experienced during daily commutating trips. Hence, it becomes essential to analyze the present status of commuter s exposure to PM2.5 in the NCR region. The literature review indicates the need for understanding the risk status of commuters in the concerned region in a recent context and in a more generalizable and cumulative way. Furthermore, these risk assessment studies are usually ending by giving cumulative outputs and interpretations for the total population. However, it is important to note there may be intra-population heterogeneity in this context, which also is needed to be accounted for. For example, outdoor workers, those in informal sector or those engaged in non-official work may be more exposed or at a relatively higer risk to the pollution levels specifically those whose work is more oriented towards commuting such as auto-rickshaw drivers, street vendors, users of cart-vehicles, door-to-door service people etc. Hence, there is a need of solid evidences and study of population in those lines i.e., risk to the official and non-official workers. There are also evidences of difference in exposure to males and females in various studies. Similarly, there are differences observed in the exposure and effects of particulate pollution to normal and obese individuals.

This book features high-quality research papers presented at the International Conference on Deep Learning and Visual Artificial Intelligence (ICDLAI), held at Government Engineering College Bikaner, Bikaner, India, during March 16–17, 2024. The book presents diverse range of topics, including advanced deep learning techniques, neural networks, image processing, object detection, and pattern recognition.

This book features high-quality research papers presented at the International Conference on Deep Learning and Visual Artificial Intelligence (ICDLAI), held at Government Engineering College Bikaner, Bikaner, India, during March 16–17, 2024. The book presents diverse range of topics, including advanced deep learning techniques, neural networks, image processing, object detection, and pattern recognition.