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As computers become faster, use more energy, and older models become obsolete more quickly, the question is often asked: What can the engineering and computer science community do to make computing greener? Roadmap to Greener Computing defines the challenges involved in making computing more environmentally friendly and includes methods and techniques for overcoming them. The book provides a concise, simplified, and easily accessible examination of how computer infrastructure affects the environment. Divided into six stand-alone chapters, the text addresses green computing topics such as power consumption, cooling, manufacturing issues, and computer disposal as well as hot topics such as cloud computing and noise pollution in IT. It also explores the Eco-Design concept and the impact of CAD on the environment as well as potential areas for improvement in the future. Features Details the impact of the computer infrastructure life cycle on the environment and solutions for greener IT Presents methodologies, designs, frameworks and software development tools that can be used to compute energy efficiently Discusses designer and CAD applications that can reduce damage of products and the environment Examines noise pollution caused by computers and computerusers, its effects on their daily lives, and how to counteract it Covers the many options for handling obsolete computers, including upgrading and recycling Introduces the green capabilities of cloud computing Written by professionals with backgrounds in mechanical engineering, environmental engineering, design, software engineering, and computer science, this book discusses design and the environment, includes references to literature, and presents concrete day-to-day business scenarios, supplying a clear balance between theory and practice. It analyzes methodologies, designs, frameworks, and software development tools that can then be used to reduce the energy consumption or increase energy efficiencies in computing and influence the environment positively.
The awareness of environment protection is a great achievement of humans; an expression of self-awareness. Even though the idea of living while protecting the environment is not new, it has never been so widely and deeply practiced by any nations in history like it is today. From the late 90s in the last century, the surprisingly fast dev
This is the first book to directly address the physics of urban sustainability and how urban sustainability may be modelled and optimised. Starting with an introduction to the importance and key aspects of the topic, it moves on to a detailed consideration of the urban climate and pedestrian comfort. Comprehensive techniques for the modelling and optimisation of urban metabolism are then described, together with means for defining sustainability as the fitness function to be optimised. It ends with an eye to the future of sustainable urban design and the means available to urban designers and governors to help them to secure a more sustainable urban future. This book will be invaluable both in informing the next generation of urban planners, architects and engineers, and as a tool to current professionals that will directly contribute to the effectiveness of their work by allowing them to more successfully measure and model urban sustainability.
A major objective of this monograph is to identify the impact of thermal environment on urban center district. It provides in-depth evaluation and research on the correlation between urban spatial morphology indicator and urban thermal environment. In addition, the distribution characteristics of thermal environment and urban morphology units sample are also evaluated intensively. Furthermore, it analyses from three aspects of urban planning, architecture and landscape respectively and includes 35 concrete measures that could be brought into practice on reducing negative impact of urban thermal environment. Through 500 vivid figures, graphs and diagrams it illustrates the relationship between urban morphology and urban thermal environment. The analysis software employed by the author includes Ecotect, ENVI-met and Ray-man. It intertwines the quantitative research of both thermal environment and urban morphology through in-depth analysis and urban microclimate simulation. It makes a valuable contribution for the research on urban environment and urban morphology.
This two-volume set (CCIS 158 and CCIS 159) constitutes the refereed proceedings of the International Workshop on Computer Science for Environmental Engineering and EcoInformatics, CSEEE 2011, held in Kunming, China, in July 2011. The 150 revised full papers presented in both volumes were carefully reviewed and selected from a large number of submissions. The papers are organized in topical sections on computational intelligence; computer simulation; computing practices and applications; ecoinformatics; image processing information retrieval; pattern recognition; wireless communication and mobile computing; artificial intelligence and pattern classification; computer networks and Web; computer software, data handling and applications; data communications; data mining; data processing and simulation; information systems; knowledge data engineering; multimedia applications.