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Grid-enabling the Australian Synchrotron 24 February 2005

Grid-enabling the Australian Synchrotron 24 February 2005

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Page 1: Grid-enabling the Australian Synchrotron 24 February 2005

Grid-enabling the Australian Synchrotron

24 February 2005

Page 2: Grid-enabling the Australian Synchrotron 24 February 2005

Project Program

• Phase 1 (to end January 2005)

– Specification of grid requirements

– Consultations with scientists

– Preparation of discussion paper

• Phase 2 (to end February 2005)

– Circulation of discussion paper

– Consolidation of comments and research

– Preparation of draft project proposal

• Phase 3 (to end March 2005)

– Circulate draft project proposal (by 11 March 2005)

– Consult with key stakeholders

– Conduct forum with key scientists and stakeholders

– Prepare final project report (by 25 March 2005)

Page 3: Grid-enabling the Australian Synchrotron 24 February 2005

Key Issues

• Data security

• Data management

• Data linking

• Data manipulation and visualisation

• Security, authentication, audit trails

• Telepresence

• Remote operations

• Production class facilities

• Virtual organisation management

Page 4: Grid-enabling the Australian Synchrotron 24 February 2005

Responses to Discussion Paper

• Generally supportive of discussion paper context

• Reinforced data security as key issue

• Reinforced the need to link related data (experiment, beamline, etc)

• Noted not many examples worldwide, although similar to Diamond

• Network security and reliability issues are important

• Remote access and telepresence are key facilitating needs

Page 5: Grid-enabling the Australian Synchrotron 24 February 2005

Project Scope

• National Data Structure

– primary, backup, archive

• Regional nodes as ‘virtual instruments’

• Secure Data Network

• Data Grid

• Semantic Grid

Page 6: Grid-enabling the Australian Synchrotron 24 February 2005

National Data Architecture

Virtual Laboratory

Virtual Laboratory

InstitutionalStorage

SecondaryStorage

SecondaryStorage

InstitutionalStorage

Backup Storage

Primary Storage

Primary Storage

ArchiveStorage

Backup Storage

ArchiveStorage

Page 7: Grid-enabling the Australian Synchrotron 24 February 2005

National Data Architecture

Virtual Laboratory

Virtual Laboratory

InstitutionalStorage

SecondaryStorage

SecondaryStorage

InstitutionalStorage

Backup Storage

Primary Storage

Primary Storage

ArchiveStorage

Backup Storage

ArchiveStorage

Page 8: Grid-enabling the Australian Synchrotron 24 February 2005

National Data Architecture

Virtual Laboratory

Virtual Laboratory

InstitutionalStorage

SecondaryStorage

SecondaryStorage

InstitutionalStorage

Backup Storage

Primary Storage

Primary Storage

ArchiveStorage

Backup Storage

ArchiveStorage

Page 9: Grid-enabling the Australian Synchrotron 24 February 2005

Data and Semantic Grid Development

• Coordinated research and development programme

• Integration with international activities

• Involvement of formal and informal networks of scientists

• Phased approach:

– Phase1: Quick runs using available technologies with key metadata to facilitate later stages

– Phase 2: Provide support tools and services for data management

– Phase 3: Develop technologies/techniques for semantic grid.

Page 10: Grid-enabling the Australian Synchrotron 24 February 2005

Project Costs

• Data Centre - Capital: $5M, Operating: $2M/a

• Regional ‘virtual’ nodes: (each) Capital: $0.5M, Operating $0.3m/a

• Data Grid and Semantic Grid Research and Development: $3M

• Network and other costs: $1M

– excludes building costs

Page 11: Grid-enabling the Australian Synchrotron 24 February 2005

Project Timelines

0 0.5 1 1.5 2 2.5 3

Semantic Grid Research

Data Centre

Virtual Lab Design

Data Stds

Establishment

Year

Page 12: Grid-enabling the Australian Synchrotron 24 February 2005

Operational Structure

• Formal project management structure and processes

• Formalise operational management of data