BIBLIOTECA HNO. HILDEBERTO JUAN

Part 1. Cloud base. 1. Tools and technologies for building clouds. -- 2. A taxonomy, survey, and issues of cloud computing ecosystems. -- 3. Towards a taxonomy for cloud computing from an e-science perspective. -- 4. Examining cloud computing from the perspective of grid and computer-supported cooperative work. -- 5. Overview of cloud standards. -- Part II. Cloud seeding. -- 6. Open and interoperable clouds: the cloud@home way. -- 7. A peer-to-peer framework for supporting MapReduce applications in dynamic cloud environments. -- 8. Enhanced network support for scalable computing clouds. -- 9. YML-PC: a reference architecture based on workflow for building scientific private clouds. -- 10: An efficient framework for running applications on clusters, grids, and clouds. -- 11. Resource management for hybrid grid and cloud computing. -- 12. Peer-to-peer cloud provisioning: service discovery and load-balancing. -- 13. Mixing grids and clouds: high-throughput science using the Nimrod tool family. --Part III. Cloud breaks.
-- 14. Cloud compliance: a framework for using cloud computing in a regulated world. -- 15. Cloud computing: data confidentiality and interoperability challenges. -- 16. Security issues to cloud computing. -- 17. Securing the cloud. -- Part IV. Cloud feedback. 18. Technologies for enforcement and distribution of policy in cloud architectures. -- 19. The PRISM on-demand digital media cloud. -- 20. Cloud economics: principles, costs, and benefits. -- 21. Towards application-specific service level agreements: experiments in clouds and grids.

Cloud computing continues to emerge as a subject of sustantial industrial and academic interest.