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Data envelopment analysis (DEA), a non-parametric technique, has emerged as a popular management tool for measuring the performance of a set of entities, known as decision making units. This book, Data Envelopment Analysis and Its Applications to Management, is a collection of contributions from DEA experts from various countries. It covers a wide range of research papers from the theoretical development of DEA to its applications in various sectors such as economy, banking, education, revenue management, sports, branch networks, cities, and live stock production systems. The book is useful for researchers as well as practitioners who intend to apply DEA to their strategic and managerial decisions.
This book applies cost-benefit analysis techniques in the management of environment and natural resources in developing countries of the Southeast Asian region and presents a compendium of studies conducted by researchers supported by the Economy and Environment Program for Southeast Asia (EEPSEA). It emphasizes the close relationship between the environment and natural resources and economic development in such countries, addressing a wide range of problems that can be understood using economic evaluation techniques. General guidelines for conducting economic appraisals are provided, with the case studies illustrating how they can be applied in a developing country context. Cost-Benefit Analysis Application in Environmental and Natural Resource Management in Southeast Asia serves as essential reading for teachers, researchers, students and practitioners in environmental and natural resource economics, economic development and key issues facing policymakers in the Southeast Asian region.
The chapters in Advanced Topics in Applied Operations Management creatively demonstrate a valuable connection among operations strategy, operations management, operations research, and various departments, systems, and practices throughout an organization. The authors show how mathematical tools and process improvements can be applied effectively in unique measures to other functions. The book provides examples that illustrate the challenges confronting firms competing in today's demanding environment bridging the gap between theory and practice by analyzing real situations.
Part of the Greenleaf Publishing Responsible Investment Series.Mitigating and adapting to risks and changing circumstances is a natural part of doing business. But methods of mitigating and adapting can be quite different in terms of time, cost and observed impacts. The impacts of mitigation activities are more immediate while the benefits of adaptation activities may take many years to take effect. Nowhere is this difference more apparent than in the case of the corporate response to climate change.In the context of climate change, adaptation is the process of changing behaviour in response to actual or expected climate change impacts. Climate change adaptation is now emerging as a critical partner to mitigation, and indeed may even become the primary protection mechanism for future generations.In this unique book, Jason West provides a comprehensive assessment of the management of climate change adaptation in the corporate sector. The book provides a formal overview of the range of approaches available along with a series of practical case studies and examples that can be used by companies and other organizations to identify, assess and manage climate change adaptation.A major focus is on the financial and investment implications of climate change adaptation. West examines how firms can evaluate the investment decisions associated with long-term climate change adaptation measures, including how such investments can be valued and funded, the appropriate accounting treatment of such measures and appropriate risk management and governance practices in relation to such measures. The book also considers the needs and interests of investors and other stakeholders, and considers how they can assess the adequacy and appropriateness of corporate action on climate change.The Long Hedge will be essential reading and a key text for risk-practitioners, investors, financiers, scholars and policy makers in the field of climate change.
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.
This book uses modern economic tools to obtain general equilibrium cost-benefit rules. It not only presents evaluation rules for small projects but also shows how to evaluate large projects as well as mega projects (such as high speed rails and channel tunnels). This is an excellent toolkit for graduate students and policymakers.
This volume of Advances in Intelligent and Soft Computing contains accepted papers presented at SOCO 2011 held in the beautiful and historic city of Salamanca, Spain, April 2011. This volume presents the papers accepted for the 2011 edition, both for the main event and the Special Sessions. SOCO 2011 Special Sessions are a very useful tool in order to complement the regular program with new or emerging topics of particular interest to the participating community. Four special sessions were organized related to relevant topics as: Optimization and Control in Industry, Speech Processing and Soft Computing, Systems, Man & Cybernetics and Soft Computing for Medical Applications.
China has achieved rapid economic growth since the market-oriented reform in 1978 and became the second largest economy in the world in 2010. However, the growth model in China is still extensive in nature and may be characterized with high energy consumption and heavy environmental pollutions etc. In fact, China has successively become the largest carbon emitter since 2007 and the largest energy consumer since 2009 in the world. This book endeavors to analyze whether such energy driven and environment restricted economic growth can be sustainable in China in the long run. The book describes the basic situations of energy consumption and environmental pollution in China from the dimensions of industries, regions and energy-types. It also introduces the evolution of energy and environmental policies implemented in China. In particular, this book makes use of the environmental activity analysis model to assess the sustainable transformation of economic model in Chinese industries and regions. This model captures the negative externalities of pollutants and estimates the environmental total factor productivity accurately. The possibilities of win-win development and double dividend are also forecasted. This book proposes new methods to measure the environmental total factor productivity, evaluate the process of low carbon transformation, quantify the structural bonus, estimate the abating cost and forecast the win-win development and so on. Researchers may find these methodologies useful for measuring other pollutants and for analysis in other countries.
The self-organizing map, first described by the Finnish scientist Teuvo Kohonen, can by applied to a wide range of fields. This book is about such applications, i.e. how the original self-organizing map as well as variants and extensions of it can be applied in different fields. In fourteen chapters, a wide range of such applications is discussed. To name a few, these applications include the analysis of financial stability, the fault diagnosis of plants, the creation of well-composed heterogeneous teams and the application of the self-organizing map to the atmospheric sciences.