Advanced Computational Techniques for Sustainable Computing 1st Edition

Advanced Computational Techniques for Sustainable Computing (1st Edition) by Megha Rathi is a timely, authoritative guide that redefines how researchers and practitioners approach energy-aware systems. Whether you work in academia, enterprise IT, or smart-city planning, this book captures the urgency and opportunity of designing computation with sustainability at its core.

Inside, Megha Rathi blends rigorous theory with practical strategies—covering energy-efficient algorithms, resource-aware scheduling, hardware-software co-design, and sustainability metrics for cloud, edge, and IoT environments. Clear explanations of machine learning optimizations, green data center practices, and performance-vs-power trade-offs make complex concepts immediately applicable. Real-world case studies and implementation insights help bridge the gap between simulation and deployment across diverse settings from urban infrastructures to industry-scale computing.

This book empowers graduate students, systems engineers, and sustainability-focused technologists to reduce operational costs, meet regulatory goals, and deliver measurable environmental impact. It offers tools to evaluate carbon-aware computing, adopt low-power architectures, and integrate sustainable design into software life cycles—valuable for teams in Asia, Europe, North America, and emerging markets seeking scalable, regionally relevant solutions.

Concise yet comprehensive, the 1st edition is both a classroom-ready textbook and a field manual for professional development. If you’re building greener systems or crafting policy-compliant computing strategies, this volume is an essential reference.

Secure your copy of Advanced Computational Techniques for Sustainable Computing by Megha Rathi today—equip your projects and career with the techniques that power sustainable, future-ready computing.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.