Software Sustainability

  • 8h 7m
  • Coral Calero, Mario Piattini, Mª Ángeles Moraga
  • Springer
  • 2021

This book focuses on software sustainability, regarded in terms of how software is or can be developed while taking into consideration environmental, social, and economic dimensions. The sixteen chapters cover various related issues ranging from technical aspects like energy-efficient programming techniques, formal proposals related to energy efficiency measurement, patterns to build energy-efficient software, the role of developers on energy efficient software systems and tools for detecting and refactoring code smells/energy bugs; to human aspects like its impact on software sustainability or the adaptation of ACM/IEEE guidelines for student and professional education and; and an economics-driven architectural evaluation for sustainability. Also aspects as the elements of governance and management that organizations should consider when implementing, assessing and improving Green IT or the relationship between software sustainability and the Corporate Social Responsibility of software companies are included. The chapters are complemented by usage scenarios and experience reports on several domains as cloud applications, agile development or e-Health, among others. As a whole, the chapters provide a complete overview of the various issues related to sustainable software development.

The target readership for this book includes CxOs, (e.g. Chief Information Officers, Chief Executive Officers, Chief Technology Officers, etc.) software developers, software managers, auditors, business owners, and quality professionals. It is also intended for students of software engineering and information systems, and software researchers who want to know the state of the art regarding software sustainability.

In this Book

  • List of Abbreviations
  • Introduction to Software Sustainability
  • Criteria for Sustainable Software Products—Analyzing Software, Informing Users, and Politics
  • GSMP—Green Software Measurement Process
  • FEETINGS—Framework for Energy Efficiency Testing to Improve eNvironmental Goals of the Software
  • Patterns and Energy Consumption—Design, Implementation, Studies, and Stories
  • Small Changes, Big Impacts—Leveraging Diversity to Improve Energy Efficiency
  • Tool Support for Green Android Development
  • Architecting Green Mobile Cloud Apps—Key Considerations for Implementation and Evaluation of Mobile Cloud Apps
  • Sustainability—Delivering Agility’s Promise
  • Governance and Management of Green IT
  • Sustainable Software Engineering—Curriculum Development Based on ACM/IEEE Guidelines
  • The Impact of Human Factors on Software Sustainability
  • Social Sustainability in the e-Health Domain via Personalized and Self-Adaptive Mobile Apps
  • Human Sustainability in Software Development
  • The Importance of Software Sustainability in the CSR of Software Companies
  • Sustainability ArchDebts—An Economics-Driven Approach for Evaluating Sustainable Requirements
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