Sharda Vashisth – författare

Applied Artificial Intelligence for Engineering Applications: Empowering Transformative Innovations in Multidisciplinary Engineering offers an integrated view of AI’s transformative potential in multidisciplinary engineering, bridging the gap between AI advances and their applications in various engineering disciplines, including civil, mechanical, electrical, chemical, and robotics. The book starts with an introduction to the field, providing an overview of AI technologies and their relevance to engineering, discussing different AI approaches such as machine learning, reinforcement learning, neural networks, and natural language processing.In addition, the computational tools and software used for each of these approaches are covered, as are AI-driven innovations in electronics design and manufacturing and the role of AI in the development of advanced sensors and IoT devices. Chapters then cover the deployment of AI in specific engineering disciplines, outlining its use in civil engineering, mechanical engineering, production engineering, and chemical engineering. The use of AI as a solution for energy efficiency and management and renewable energy integration is also discussed.Discusses the intersection of AI and multidisciplinary engineering, integrating insights from various engineering disciplines and providing practical examples of AI applicationsProvides practical frameworks, methodologies, and tools that can be utilized to implement AI-driven solutionsPresents real-world case studies from various engineering fields, highlighting successful AI implementations and outcomes achieved

This book presents selected proceedings from the International Conference on Smart and AI-Enabled Technology for Sustainable Development (SAIT 2023). It focuses on the latest developments and emerging trends in artificial intelligence and machine learning, cyber-physical systems, the Internet of Things, data analytics, and more. Given the wide range of engineering challenges faced by modern society, a holistic approach that involves and transcends various electronics engineering disciplines is essential. Accordingly, this volume highlights the importance of channeling research efforts from multiple streams within electronics engineering to drive technological advancements that address and provide solutions to key engineering issues. This book will be valuable to researchers, developers, engineers, students, and practitioners alike.