Cloud Computing Interoperability in Education
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This document presents a solution for cloud computing interoperability in education. It discusses the problems of managing different devices and a lack of resources. The proposed solution is interoperability through a system architecture that uses ontologies. The architecture includes a cloud computing catalog, service contracts, and policies. Ontologies like OWL-S and a cloud service ontology are used to remove ambiguity and unify descriptions. An implementation loads distribution and administration through the system. The conclusion discusses advantages like cost reduction and future work on expanded usage and protection.
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Cloud Computing Interoperability in Education
- 1. 1 CLOUD COMPUTING INTEROPERABILITY IN EDUCATION Supervised by Dr. Salah Dowaji Eng. Rawan Koroni Presented by Abdul Majeed Al-Kattan Rabee Al-Ras Rahaf Aamer Rimon Koroni Sandra Sukarieh F.I.T.E of Damascus Syria SE Department 2014-2015
- 2. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 2 ContentContentContent
- 3. 3 Introduction Studying the issue Studying solutions Choosing the best solution Modeling the solution to fit the issue Software Engineering System
- 4. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 4 ContentContent
- 7. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 7 ContentContent
- 8. 8 Automated data center that can be accessed through the internet, to be used in accomplishing enormous calculations, storing data, and using network services. Cloud Computing SaaS PaaS IaaS
- 9. Lack of resources Inability of serving new clients High cost of providing more resources Probability of resources wasting 9 Solutions
- 10. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 10 ContntContent
- 12. The ability of two or more systems or components to exchange information and to use the information that has been exchanged 12
- 13. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 13 ContentContent
- 14. 14 System Architectures UCI Architecture InterCloud Architecture
- 16. Cloud Computing Catalog Service Contracts Policies Standards Service Information Governance InterCloud Root Provider Cloud Consumer Cloud InterCloud Exchanges 16 Architectures - InterCloud
- 17. 17 Cloud Computing Catalog Service Contracts Policies Standards Service Information Architectures - InterCloud Ontologies Remove ambiguity Unify descriptions
- 18. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 18 ContentContent
- 19. Cloud Computing Catalog Service Contracts Policies Standards Service Information Governance InterCloud Root Provider Cloud Consumer Cloud InterCloud Exchanges 19 Our Architecture
- 20. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 20 ContentContent
- 22. OWL-S Ontology Resources provides Service presents Service Profile What the service does Service Model How it works Service Grounding Described by supports How to access it 22 Ontologies
- 23. Cloud Service Ontology Cloud Company Cloud Service SaaS PaaS IaaS DaaS Storage Space Software Document Editor Database 23 Ontologies
- 24. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 24 ContentContent
- 25. Implementation Resources Service Service Profile Service Model Service Grounding Cloud Company Cloud Service SaaS PaaS IaaS DaaS Storage Space Software Document Editor Database Profile 25 Implementation
- 28. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 28 ContentContent
- 29. • Load distribution • Specialization • Administration distribution • Omit limitation • Cost reduction Advantages • Security • Not all types of services Insufficiency 29 Conclusion
- 30. Cloud computing • No cloud services in Universities • Studying the using of cloud in education • No previous knowledge about cloud computing Technically • No open source application • Building applications for cloud services 30 Conclusion Challenge s
- 31. Future Perspectives Communication between all types of services Expanding the scope of usage Protection and confidentiality Unified education system 31
- 32. • Introduction • Given Problem • Solutions • Our Solution – Interoperability • System Architectures • Our Architecture • Ontologies • Implementation • Conclusion & Future Perspectives • Demo 32 ContentContent
- 33. 33 Scenario - 1Scenario I SaaS IaaS SaaS
- 35. Demo 35