experience of introducing e-infrastructure for laser performance analysis

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Experience of introducing e-infrastructure for laser performance analysis Lakshmi Sastry, Srikanth Nagella, Richard Henwood, Victoria Marshall and Brian Matthews

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Experience of introducing e-infrastructure for laser performance analysis. Lakshmi Sastry, Srikanth Nagella, Richard Henwood, Victoria Marshall and Brian Matthews. Introduction to CLF. Target Area. Users visiting CLF bring their own diagnostics. - PowerPoint PPT Presentation

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Page 1: Experience of introducing  e-infrastructure for laser performance analysis

Experience of introducing e-infrastructure for laser

performance analysis

Lakshmi Sastry, Srikanth Nagella, Richard Henwood, Victoria Marshall and Brian

Matthews

Page 2: Experience of introducing  e-infrastructure for laser performance analysis

Introduction to CLF

Page 3: Experience of introducing  e-infrastructure for laser performance analysis

Target Area

Users visiting CLF bring their own diagnostics.

They still need to exchange information with the CLF team:1.Request a ‘shot’ of a given power2.Discover what CLF delivered

Page 4: Experience of introducing  e-infrastructure for laser performance analysis

CLF workflow

Users

CLF staff

The laser

Page 5: Experience of introducing  e-infrastructure for laser performance analysis

CLF/e-Science ImpactCLF: improved workflow:

-> less effort delivering service

Page 6: Experience of introducing  e-infrastructure for laser performance analysis

CLF/e-Science ImpactCLF: improved workflow:

-> less effort delivering service -> more effort to do Science -> more Nature covers!

Page 7: Experience of introducing  e-infrastructure for laser performance analysis

CLF/e-Science ImpactCLF: improved workflow:

-> less effort delivering service -> more effort to do Science -> more Nature covers!

e-Science: CLF data service:-> enabling more CLF Science

Page 8: Experience of introducing  e-infrastructure for laser performance analysis

CLF/e-Science ImpactCLF: improved workflow:

-> less effort delivering service -> more effort to do Science -> more Nature covers!

e-Science: CLF data service:-> enabling more CLF Science

but also...-> eSc add value to User data-> more Nature covers!

Page 9: Experience of introducing  e-infrastructure for laser performance analysis

CLF workflow

Users

CLF staff

The laser

Page 10: Experience of introducing  e-infrastructure for laser performance analysis

First, add value for CLFFunctional requirements• 1000 diagnostic channels• Data bursts 20 seconds apart• 3 data types: 0d, 1d, 2d• Virtual channels• NeXus data format!• Stand-alone client• Flexible addition of new channels• Analysis capabilities of the client• Offsite access• Secure data collection for target area• Generalise to Vulcan

Page 11: Experience of introducing  e-infrastructure for laser performance analysis

Production system (Pipeline)

Page 12: Experience of introducing  e-infrastructure for laser performance analysis

Production system (Pipeline)

Page 13: Experience of introducing  e-infrastructure for laser performance analysis

The Good• Pipeline handles real data bursts• Stand-alone client provides advanced analysis

Page 14: Experience of introducing  e-infrastructure for laser performance analysis

The bad• Quality of service

– No monitoring– No-one wants to Sys-admin

• Quality of protection– Host and firewall are the same machine– No access control

• Scalability– Increase burst rate?

Page 15: Experience of introducing  e-infrastructure for laser performance analysis

DB Schema issues

• Adding new channels requires a new _column_ on our DB table!

• Eg Tracetable <50% useful data

Page 16: Experience of introducing  e-infrastructure for laser performance analysis

DB Schema issues

• Adding new channels requires a new _column_ on our DB table

• Eg Tracetable <50% useful data

• The Ugly

Page 17: Experience of introducing  e-infrastructure for laser performance analysis

Phase II – a SOA

Page 18: Experience of introducing  e-infrastructure for laser performance analysis

Managing risksQ: Will HTTP be fast enough? A:

Project Scott

Page 19: Experience of introducing  e-infrastructure for laser performance analysis

Instrumenting for e-Science

Beyond thumb drive Sharing

Pre-Conditions• Compelling service offering• CLF are enthusiastic• Funders data policy

?

Page 20: Experience of introducing  e-infrastructure for laser performance analysis

Instrumenting for e-Science:

Sharing dataThe carrot• Governance

Page 21: Experience of introducing  e-infrastructure for laser performance analysis

Instrumenting for e-Science:

Sharing dataMore carrots• Convenience• Social data• Maximising

value of your work

The carrot• Governance

Page 22: Experience of introducing  e-infrastructure for laser performance analysis

Conclusions

•Unique problem domain•MVC and SOA approach in phase 2•Detailed benchmarking phase•Data governance is an important value-add•Great opportunity to do novel e-Science