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TeciRes: Towards Cloudy Research Xiaoyu Chen School of Electronic and Computer Science University of Southampton OGF 28 Munich, March.

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Presentation on theme: "TeciRes: Towards Cloudy Research Xiaoyu Chen School of Electronic and Computer Science University of Southampton OGF 28 Munich, March."— Presentation transcript:

1 TeciRes: Towards Cloudy Research Xiaoyu Chen School of Electronic and Computer Science University of Southampton xc2@ecs.soton.ac.uk OGF 28 Munich, March 15-18, 2010

2 Outline Background What is cloud computing? Cloudy Research? State-of-the-art Recommendations

3 Background Overview ◦ Funded by JISC ◦ Managed by University of Southampton ◦ 16/11/2009 – 15/05/2010 ◦ Technical Review of Using Cloud for Research ◦ Associate projects  Review of Using Cloud for Research  Use Cases  Non-technical issues, in particular governance, legal and economic issues)  Review of the Environmental and Organisational Implications of Cloud Computing in Higher and Further Education  current evidence for the environmental costs and benefits of cloud computing  implications of cloud computing for institutional activities outside the research area ◦ Project Site: http://tecires.ecs.soton.ac.ukhttp://tecires.ecs.soton.ac.uk

4 Background Deliverables ◦ JISC management documents  JISC project final report  JISC project completion report  JISC final budget report ◦ TeciRes reports  Interim report (delivered to JISC in Feb.)  TeciRes final report (to be public accessible in the middle of May) ◦ 2 X brief papers  Guidance to researchers for using Cloud (technical only, without economic, ethic and other issues)  Guidance to private/public/hybrid Cloud providers (mainly using open source tools building private cloud and hybrid cloud)

5 Established Trends

6 Our definition an emerging business model that delivers computing services over the Internet in an elastic self-serviced, self-managed, cost- effective manner with guaranteed Quality of Service (QoS).

7 Role-based Interpretation

8 Delivery Model

9 Deployment Model

10 Architectural prototype

11 Enabling Technologies Virtualisation Monitoring Metering and accounting Capacity planning and SLA management Billing and reporting Programming APIs

12 Towards Cloudy Research Cloudy Research Environment ◦ Researchers  Role: end user, CSV, CTP ◦ HE Institutes  Role: CSP, CTP

13 Towards Cloudy Research Case Study

14 Towards Cloudy Research Use Case Scenario Categorisation:

15 Towards Cloudy Research Use Case Scenario Categorisation:

16 Towards Cloudy Research Use Case Scenario Categorisation:

17 The “Research Cloud” Use Case Scenario Categorisation:

18 Towards Cloudy Research Use Case Scenario Categorisation:

19 Towards Cloudy Research Use Case Scenario Categorisation: UCSC 6: Shared research Tool/Service Provisioning

20 State-of-the-art Commercial offerings ◦ Amazon Web Services ◦ IBM Websphere CloudBurst ◦ IBM Smart Business Cloud Development and Test ◦ Microsoft Azure Open Cloudware ◦ OpenNebula ◦ Reservior ◦ Euclyptus

21 AWS

22 Eucalyptus

23 Recommendations


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