e - infrastructure networking david salmon

20
e-Infrastructure Networking David Salmon

Upload: aimon

Post on 25-Feb-2016

36 views

Category:

Documents


2 download

DESCRIPTION

e - Infrastructure Networking David Salmon. Topics. e -Infrastructure funding What has Janet been doing ? Emerging Issues Some practicalities Broader discussion questions... input & issues from community ?. Janet – e -Infrastructure networking. £26MWith HEFCE Breakdown - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: e - Infrastructure Networking David Salmon

e-InfrastructureNetworkingDavid Salmon

Page 2: e - Infrastructure Networking David Salmon

Topics•e-Infrastructure funding

– What has Janet been doing ?•Emerging Issues

– Some practicalities•Broader discussion questions...

– input & issues from community ?

Page 3: e - Infrastructure Networking David Salmon

Janet – e-Infrastructure networking

•£26M With HEFCE

Breakdown

•£10M Contribution to Janet6 backbone

•£12M Network provision within “classic” Janet community, including key locations which may need additional fibre access

•£4M “Industry connection”

Page 4: e - Infrastructure Networking David Salmon

e-Infrastructure Strategic Sites•Potential fibre / capacity requirements•Work with organisations to understand requirements•Build cases for provision

•If approved, integrate provision with deployment of Janet6

Page 5: e - Infrastructure Networking David Salmon

Gathering strategic requirements•Immediate focus on sites mentioned..

•Generic approach– Senior research management– Senior infrastructure management

•Strategic view – 5+ years•Quantitative•Patterns of use

– Locations, data volumes -> net capacities•Challenging !

Page 6: e - Infrastructure Networking David Salmon

Patterns of use• Data movement – working patterns– How much – data volume ?

• Beware Bytes vs. bits !– How quickly ?– How often ?– Where to ?– National & International

• Network engineers need bit-rates !• Working with research communities to

understand emerging/evolving requirements

6

Page 7: e - Infrastructure Networking David Salmon

Norwich Bioinformatics Cluster•The Genome Analysis Centre - TGAC

•The Sainsbury Laboratory

•John Innes Centre

•Institute for Food Research

•University of East Anglia

•Norwich Research Park

Page 8: e - Infrastructure Networking David Salmon

Hinxton Genome Campus•European Molecular Biology Laboratory - European Bioinformatics Institute

•The Sanger Centre

•Babraham Institute

Page 9: e - Infrastructure Networking David Salmon

Exeter & locale•Met Office•University of Exeter

•Weather & Climate research

•Monsoon HPC – NERC & M.O.

Page 10: e - Infrastructure Networking David Salmon

Further South-West ?•Plymouth

– University•Falmouth

– University– Environmental Sustainability

Institute– Exeter & Plymouth campus

elements too•Goonhilly

– Radio Astronomy Interest– CUGA consortium

Page 11: e - Infrastructure Networking David Salmon

Results•Visits undertaken – first phase•Collating & chasing input !•Document cases for approval•Within next week or two

Page 12: e - Infrastructure Networking David Salmon

Expectations ?• Janet provision–meet acute needs in shorter term– broader provision within Janet6–mechanisms• IP capacity to host organisation• some point to point services

Page 13: e - Infrastructure Networking David Salmon

e-Infrastructure projects funded•HPC

– 5 regional consortia– National facility – Hector / Archer– Dirac

•Particle physics•NERC•STFC

– RAL– Daresbury

•will engage to discuss requirements & evolution

Page 14: e - Infrastructure Networking David Salmon

Some implications

14

Page 15: e - Infrastructure Networking David Salmon

Throughput challenges

• Infrastructures can deliver very high capacities

• Realising high-throughput end-to-end will take some effort

• Can’t just take systems “out of the box” and expect to get full line-rate data-transfers

• This needs to be communicated & understood more widely

• Janet & NREN community needs to work more closely with research communities to understand and solve issues. 1

5

Page 16: e - Infrastructure Networking David Salmon

Achievable Throughput• What is realistic ?– Challenge: 1Gbit/s, 24hr ~= 10TBytes

• Holistic approach– End systems - Hardware & Software - Both

ends !– Local networks– Wide area networks

• Highlight successful examples– Technical case studies

• Janet role ?– Co-ordination/collaboration– Advice & troubleshooting support ?

Page 17: e - Infrastructure Networking David Salmon

Network structure implications ?• Large research communities• International/global overlays or private

networks• Particle physics - LHC OPN (LHCONE)• Radio Astronomy – eVLBI, LOFAR, (SKA...)• Future – Bioinformatics ?? ELIXIR• Campus implications ?

point to point services (lightpaths)more complex multi-homing – routing/switching

issues

Page 18: e - Infrastructure Networking David Salmon

Industry ?

• Existing Janet policy– Supporting collaborative R&D– Business and Community Engagement

(BCE)• Evolution - more needed ?• e-Infrastructure– “Open and accessible Janet”

Page 19: e - Infrastructure Networking David Salmon

Connecting Industry – meaning ?

• Network connections ?• Access to community systems &

resources connected to Janet ?• Access to Janet community

knowledge & expertise ?–Mix of all three...

• BIS & HPC Consortia views ?

Page 20: e - Infrastructure Networking David Salmon

Conclusion & seed discussion issues ?

• Throughput performance– Your views on what Janet should be

doing ?• Services multiplying– Campus issues & implications– Advice or information required ?

• Other points ?– Janet supporting research