Overview

The use of intelligence in manufacturing has emerged as a fascinating subject for academics and businesses everywhere. This book focuses on various manufacturing operations and services which are provided to customers to achieve greater manufacturing flexibility, as well as widespread customization and improved quality with the help of advanced and smart technologies. It describes cyber-physical systems and the whole product life cycle along with a variety of smart sensors, adaptive decision models, high-end materials, smart devices, and data analytics. Intelligent Manufacturing and Industry 4.0: Impact, Trends, and Opportunities focuses on Intelligent Manufacturing and the design of smart devices and products that meet the demand of Industry 4.0, manufacturing and cyber-physical systems, along with real-time data analytics for Intelligent Manufacturing. The usage of advanced smart and sensing technologies in Intelligent Manufacturing for healthcare solutions is discussed as well. Popular use cases and case studies related to Intelligent Manufacturing are addressed to provide a better understanding of this topic. This publication is ideally designed for use by technology development practitioners, academicians, data scientists, industry professionals, researchers, and students interested in uncovering the latest innovations in the field of Intelligent Manufacturing. Features: Presents cutting-edge manufacturing technologies and information to maximise product exchanges and production Discusses the improvement in service quality, product quality, and production effectiveness Conveys how a manufacturing company's competitiveness can increase if it can manage the turbulence and changes in the global market Presents how intelligence production is essential in Industry 4.0 and how Industry 4.0 offers greater manufacturing flexibility, as well as widespread customisation, improved quality, and increased productivity Covers the ways businesses handle the challenges of generating an increasing number of customised items with quick time to market and greater quality Includes popular use cases and case studies related to intelligent manufacturing to provide a better understanding of this discipline

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9781032627618

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Reviews

Carbon-Neutral Architectural Design, by Pablo La Roche LaRoche has updated a book which was outstanding to begin with. In the 3rd edition, he expands on his complete treatment of climate responsive environmental design by adding the salient points of natural lighting and daylight harvesting, for energy reasons but also for the human experience. When you add this to the careful explanation and analysis of climate change, carbon neutral design (with examples), explanations of climate metrics, human comfort, detailed solar design (including sunpath, shading devices and software), passive cooling and his research at UCLA, Cal Poly Pomona, the Lyle Center and Arcadis you have a book with a complete basis for design and examples of how to design beyond the standard solutions. LaRoche addresses both existing buildings and new construction, embodied and operational energy. He builds on the work of the pioneers he worked with and the current state of the art. Included are classic diagrams and plots which explain principles clearly, plus discussions and examples of new software and metrics. There is a focus on the Architecture part of Carbon-Neutral Design. That includes engineering, but also delves into form, the human experience, purpose and delight. It goes beyond entirely deterministic calculations into creative design and systems, with “blue sky” examples such as his Cnidaria Halitus solution that includes providing drinking water through solar forms and processes. This book provides an outstanding basis for understanding Carbon-Neutral Design in the classic forms of Architecture, but also provides inspiration and examples of projects which go beyond the basics and probe the limits of the forms we can use from the personal scale to the community, exploring energy conservation and passive forms of generation and regeneration. Highly recommended. Marc Schiler, Professor Emeritus, USC Architecture The book: ‘Carbon Neutral Architectural Design’ authored by Prof Pablo M. La Roche, is so interesting that it is almost impossible not to read it. It is a must-read book highly recommended to all building professionals, including architects, civil engineers, energy and environmental experts, and, of course, all students following building related studies. It addresses issues related to the environmental and energy performance of buildings in a very clear and comprehensive way. It provides insights, precise engineering and scientific explanations, and solutions on almost all aspects defining the environmental quality of our buildings. The book addresses in a very precise and scientific way issues related to regional and global climate change and its impact on buildings, the Design of buildings based on climatic considerations, Carbon Neutral Architecture, Passive Solar Heating, and Natural cooling based on natural solutions, daylight, and thermal comfort. Considering the urgent need to minimize the use of conventional energy and the corresponding greenhouse gas emissions, properly designed carbon neutral buildings, are a must. Designers and decision makers should understand, digest and employ in practice, the science and engineering related to the built environment; they must apply proper methodologies and design principles to assess, evaluate and optimise the energy and environmental impact of buildings providing the best possible health and comfort conditions to the tenants. The book by Pablo M. La Roche is among the very rare documents that address the topic in such a complete, scientific, and precise way. It provides the proper knowledge in a very well organised and comprehensive manner and succeeds to inform and educate the reader on everything he needs to know about modern ecological, bioclimatic and zero carbon buildings. It is highly recommended to all building professionals and students. Mat Santamouris 马特.桑塔莫里斯教授 Scientia Professor Anita Lawrence Chair High Performance Architecture School Built Environment Faculty Art Design and Architecture University New South Wales Sydney Australia Mobile +61404134975 m.santamouris@unsw.edu.au Web : msantamouris.blogspot.com https://www.ada.unsw.edu.au/our-people/mattheos-santamouris https://www.unsw.edu.au/arts-design-architecture/our-schools/built-environment/our-research/clusters-groups/high-performance-architecture/research https://www.unsw.edu.au/arts-design-architecture/our-schools/built-environment/our-research/clusters-groups/high-performance-architecture/staff-hdr-students Editor in Chief Journal Energy and Buildings

Carbon-Neutral Architectural Design, by Pablo La Roche LaRoche has updated a book which was outstanding to begin with. In the 3rd edition, he expands on his complete treatment of climate responsive environmental design by adding the salient points of natural lighting and daylight harvesting, for energy reasons but also for the human experience. When you add this to the careful explanation and analysis of climate change, carbon neutral design (with examples), explanations of climate metrics, human comfort, detailed solar design (including sunpath, shading devices and software), passive cooling and his research at UCLA, Cal Poly Pomona, the Lyle Center and Arcadis you have a book with a complete basis for design and examples of how to design beyond the standard solutions. LaRoche addresses both existing buildings and new construction, embodied and operational energy. He builds on the work of the pioneers he worked with and the current state of the art. Included are classic diagrams and plots which explain principles clearly, plus discussions and examples of new software and metrics. There is a focus on the Architecture part of Carbon-Neutral Design. That includes engineering, but also delves into form, the human experience, purpose and delight. It goes beyond entirely deterministic calculations into creative design and systems, with “blue sky” examples such as his Cnidaria Halitus solution that includes providing drinking water through solar forms and processes. This book provides an outstanding basis for understanding Carbon-Neutral Design in the classic forms of Architecture, but also provides inspiration and examples of projects which go beyond the basics and probe the limits of the forms we can use from the personal scale to the community, exploring energy conservation and passive forms of generation and regeneration. Highly recommended. Marc Schiler, Professor Emeritus, USC Architecture

Author Information

Alka Chaudhary received her Ph.D. (Computer Science and Engineering) from Manipal University Jaipur, Rajasthan in 2016. She has completed her M. Tech. (CSE) from Jagannath University Jaipur, Rajasthan. She has joined Amity Institute of Information Technology (AIIT), Amity University Noida, Uttar Pradesh in August 2019 and working as Assistant Professor Grade-III. She is also working as Head of the AUN IoT and Sensor Network Research Lab at AIIT. Her research interests include Security of Wireless Networks, IoT, Artificial Intelligence, and Soft Computing Techniques. She has published more than 50 research papers in international journals and conferences Indexed in Scopus and SCIE. She has filed 11 patents and 1 copyright in the field of AI and IoT. She received a young scientist award from VDGOOD Professional Association in 2021. She has completed many certification courses from CISCO NetAcad and working as a Cisco Instructor. Currently, she is guiding four research scholars. She is a member of ACM, ACM-W, IAENG, and the Internet Society. She acts as a reviewer for many journals such as IEEE Access, Ad hoc Networks Elsevier, and NETNOMICS Springer. Vandana Sharma is an Associate Professor at Amity Institute of Information Technology, Amity University Noida Campus, India. She is an honorary Adjunct Professor and Senior Fellow of the Scientific Innovation Research Group (SIRG) at Beni Suef University, Egypt. Dr. Sharma has served NAAC-accredited A++ institutions like Guru Gobind Singh Indraprastha University, Delhi, and Galgotias University, Greater Noida Campus. Dr. Sharma has 14+ years of teaching experience at the postgraduate level and has guided 100+ student dissertations. She obtained her doctoral, M.Tech, and B.E-Com degrees from Guru Gobind Singh Indraprastha University, a Delhi state university. She is a Senior Member of IEEE and as a keen researcher, she has published 40+ research papers in SCI and Scopus Indexed international journals and conferences. Dr. Sharma has contributed voluntarily as a Reviewer and Technical Program Committee (TPC) member for reputed International Journals and IEEE Conferences and has presented her work across India and abroad. Currently, she is a post-doctoral fellow at Lincoln University College, Malaysia. Her primary areas of interest include Artificial Intelligence, Blockchain Technology, and the Internet of Things (IoT). Ahmed Alkhayyat received a B.Sc. degree in electrical engineering from AL KUFA University, Najaf, Iraq, in 2007, an M.Sc. degree from the Dehradun Institute of Technology, Dehradun, India, in 2010, and Ph.D. from Cankaya University, Ankara, Turkey, in 2015. He contributed to organizing several IEEE conferences, workshops, and special sessions. He is currently a dean of international relationships and manager of the world ranking at the Islamic university, in Najaf, Iraq. To serve my community, I acted as a reviewer for several journals and conferences. His research interests include IoT in the healthcare system, SDN, network coding, cognitive radio, efficient-energy routing algorithms, and efficient-energy MAC protocol in cooperative wireless networks and wireless body area networks, as well as cross-layer designing for self-organized networks.

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