Cloud Computing: Foundations, Architectures, and Uses The topic of cloud computing is still gaining significant attention from both industry and academia. The present concept of clouds blurs the lines between grid services, online services, and data centres, among other domains, even though the definition and extent of "cloud computing" are still up for debate. Lowering the cost for relatively bursty applications is another factor that clouds bring to light.
Cloud Computing: Principles, Systems, and Applications is a crucial manual that offers an in-depth analysis of the services, interfaces, and kinds of applications that can be used with cloud-based systems in a timely manner. The book identifies and highlights cutting-edge approaches and strategies for building cloud systems, provides fair coverage of related technologies that work together to make cloud computing a reality, and lays out plans and mechanisms for tying clouds to business ventures.
As the four pillars of quality of service, efficiency, scalability, resilience, and security are discussed practically in this text along with the conceptual and systemic connections between cloud computing and other distributed computing techniques.
Contents Part I: Cloud-Based Technologies and Tools for Creating Clouds A Taxonomy, Overview, and Concerns Regarding Cloud Computing Environments Towards a Taxonomy of Cloud Computing from an e-Science Perspective: An Overview of Cloud Standards and an Analysis of Cloud Computing from the Grid and Computer-Supported Cooperative Work Perspective.
Part II: Cloud Seeding: A Peer-to-Peer Framework for Enabling Open and Interoperable Clouds: the Cloud@HomeWayCut Down on Apps in Adaptive Cloud Settings Improved Network Assistance for Clouds with Scalable Computing YML-PC: A Workflow-Based Reference Architecture for Constructing Scientific Private Clouds An Efficient Framework for Running Applications on Clusters, Grids and Clouds Resource.
