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Gautam S: Environmental Monitoring with
AI and IoT

Environmental Monitoring with AI and IoT

Smart Systems for a Sustainable Future

Moving Towards Fully Autonomous and Cost-Effective Surgical Robotic Systems with AI offers advanced insights into how AI can be used to optimize the design, manufacturing, and clinical application of these systems. It covers a wide range of topics, including the introduction of surgical robotic systems design and the presentation of a fully autonomous surgical robotic system for minimally invasive surgery. Advanced medical imaging techniques integrated with surgical robots are discussed to enhance surgical precision and safety. The book also highlights the application of machine learning and deep learning models in robotic-assisted surgery, with the development of novel algorithms for autonomous surgical robots. Various AI approaches for optimizing surgical robotic systems and the design considerations for manufacturing and assembly are examined. Additionally, the book includes a thorough analysis of the life cycle and economic aspects of surgical robotic systems, as well as risk assessment and evaluation methods. The final chapters address ethics considerations and explore future enhancements in the realm of fully autonomous surgical robotic systems. Overall, this book aims to contribute to the technical understanding, design aspects, and ethical dimensions of surgical robotics, promoting safer and more efficient surgical procedures.

Moving Towards Fully Autonomous and Cost-Effective Surgical Robotic Systems with AI

Woodhead Publishing Series in Civil and Structural Engineering

Latent Heat Storage for Energy-Efficient Buildings and Zero-Carbon Communities serves as an up-to-date reference guide on the rapid progress the field is experiencing while keeping up with the much-required transformative initiatives to improve buildings' energy performance worldwide. To lay the foundations, the book opens with coverage of the fundamentals of phase-change materials, including their thermo-physical properties, nanoscale thermal transport mechanisms, encapsulation techniques, and heat transfer enhancement methods. It goes on to explore the integration of latent heat storage solutions in building envelopes or solar photovoltaics and heating/cooling systems, using mathematical models and performance analysis to discuss thermal management aspects for net-zero energy buildings and zero-carbon community concepts. The volume then delves into practical application of the most advanced, artificial intelligence-powered tools for system modeling and simulation, demand-side management control strategies, and metaheuristic optimization approaches. It finally concludes with an overview of technical challenges and emerging research areas which evidence academic and industry communities’ persistent interest in the future directions of topics interconnected with the sustainable development of the built environment.

Latent Heat Storage for Energy-Efficient Buildings and Zero-Carbon Communities

Theoretical and Computational Chemistry

Methods and Applications

Introduction to Computational Chemistry

Smart Cities of AI Robots and Autonomous Vehicles: The Vision for 2030 explores the transformative potential and challenges of integrating AI-powered robots and autonomous vehicles in urban landscapes, envisioning a futuristic smart city landscape by 2030. It examines how artificial intelligence (AI) robots and self-driving cars will transform daily life, healthcare, education, industry, agriculture, and transportation.

The Vision for 2030

Smart Cities of AI Robots and Autonomous Vehicles

PEM Fuel Cells in Transport Applications: Major Challenges and Latest Improvements presents a comprehensive analysis of the challenges and solutions to the application of PEM fuel cells as a potential replacement for internal combustion engines. It identifies the challenges across all aspects of PEMFC and provides solutions to these problems based on the latest theoretical and experimental advances in research and industry. The first chapter of the book reviews fuel cell mechanisms, types, applications, and current status, and identifies the most significant challenges in the commercialization of PEM fuel cells, including insufficient performance and low volumetric power density, thermal management, water management, cold start, low durability, automotive degradation, hydrogen production, storage, transportation, and infrastructure, fuel cell cost, and life cycle cost of vehicular PEM fuel cell. Car, bus, train, and airplane applications are considered. The subsequent chapters address these challenges, identifying specific solutions and the improvements that can be made. The book also provides an in-depth analysis of mass production and discusses the progress made by researchers and manufacturers, both theoretical and experimental. Finally, the potential of high temperature fuel cells (SOFC and HT-PEMFC) are considered, including the application in transport, their advantages, challenges, life-cycle cost, and future potential. A comprehensive analysis of the current challenges and potential solutions to commercialization, PEM Fuel Cells in Transport Applications: Major Challenges and Latest Improvements is an invaluable and comprehensive reference for students, researchers, and industry engineers and professionals involved in all aspects of fuel cells development. It will be of particular interest to those working on commercialization for PEMFCs.

Major Challenges and Latest Improvements

PEM Fuel Cells in Transport Applications

Embedded System and GUI Development using MATLAB for Engineering Applications

900 years of the Worshipful Company of Weavers

The Weavers' Trade

This book considers a subject of crucial importance to all, the future of the planet that we live on. As the world's population continues to grow, the ability to sustain and improve the lives of the earth's inhabitants has incurred tremendous costs. Together all must look for ways to sustain the planet going forward while carefully and fairly managing crucial resources and environmental impact of our actions. We asked high school age students from around the world to weigh in on what they see as the planet's opportunities and challenges going forward, offering their solutions on how to best embrace or mitigate what lies ahead. The book considers the next generation's perspective on what science might hold for the planet's future, including examples of how science is already positioned in many instances to enhance and help sustain our world.

Solutions For Future Earth: Students' Ideas For A Better Planet

Shaping the Future of Cities

AI-Driven Urban Planning

Unleashing the Power of Two-Dimensional Materials for Clean Energy

MXene in Hydrogen Technology

Eeg Signal Classification Using Machine Learning

In recent years, the world’s atmospheric C02 concentration has averaged 420 ppm, exceeding the critical level of sustainable and safe operating space for humanity. Although there are various technologies and tools to mitigate these effects brought on by climate change, there is a need to systematize these technologies with the aid of decision tools to gain insights on how efficiently decarbonize the industrial sector in a large scale. Process Systems Engineering Tools for Industrial Decarbonization provides the current state-of-the-art mathematical tools for large-scale deployment of technologies underpinning low-carbon industrial processes and systems. This book will analyze various systematic approaches for planning, decision-making, and designing of systems for industrial decarbonization. It will provide both experts and readers with recent developments on methods that enable different technologies, such as CCUS, NETs, and other decarbonization techniques to be deployed in large-scale once the technology matures. These planning tools contributes to enable them to perform their expected contribution to sustainable and low-carbon future.

Process Systems Engineering Tools for Industrial Decarbonization

Environmental Monitoring with AI and IoT

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