Gå direkt till innehållet
Intelligent Energy Systems using the Barnacles Mating Optimizer and Evolutionary Mating Algorithm
Intelligent Energy Systems using the Barnacles Mating Optimizer and Evolutionary Mating Algorithm
Spara

Intelligent Energy Systems using the Barnacles Mating Optimizer and Evolutionary Mating Algorithm

248,70 €
Läs i Adobe DRM-kompatibel e-boksläsareDen här e-boken är kopieringsskyddad med Adobe DRM vilket påverkar var du kan läsa den. Läs mer
Intelligent Energy Systems using the Barnacles Mating Optimizer and Evolutionary Mating Algorithm: Foundations, Methods, and Applications reveals the potential of innovative optimization algorithms to support sustainability in modern energy systems. This book provides a multidisciplinary foundation for the reader, with Part I breaking down fundamentals including the challenges to be addressed in renewable energy systems and detailed methodologies including swarm-, physics-, and human-based algorithms, before introducing the Barnacles Mating Optimizer and Evolutionary Mating Algorithm themselves. Part II drills deeper into examples, case studies, and applications for energy systems, offering comparative analysis with alternative tools, and providing complimentary MATLAB code using the latest Toolbox. A sandbox for readers to learn, skill-build, and develop in, 'Intelligent Energy Systems using BMO and EMA' provides an indispensable guide to these cutting-edge AI tools for new and experienced readers. - Builds step-by-step from foundational principles to complex applications in sustainable energy systems- Includes case studies, tools, and complimentary MATLAB code to try out, rework, and apply to new problems- Guides readers through these innovative methods, as part of the ground-breaking Advances in Intelligent Energy Systems
Undertitel
Foundations, Methods, and Applications
ISBN
9780443337765
Språk
Engelska
Utgivningsdatum
2025-11-01
Tillgängliga elektroniska format
  • Epub - Adobe DRM
Läs e-boken här
  • E-boksläsare i mobil/surfplatta
  • Läsplatta
  • Dator