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NKN Future Roadmap Challenges & Opportunities Prabhakar Dhekne - PowerPoint PPT Presentation

2 nd Annual NKN workshop at IISC, Bangalore from Oct 17-19, 2013 NKN Future Roadmap Challenges & Opportunities Prabhakar Dhekne Scientific Consultant to Principal Scientific Adviser to GOI & Former Associate Director E&I Group,


  1. 2 nd Annual NKN workshop at IISC, Bangalore from Oct 17-19, 2013 NKN Future Roadmap Challenges & Opportunities Prabhakar Dhekne Scientific Consultant to Principal Scientific Adviser to GOI & Former Associate Director E&I Group, BARC Page 1 National Knowledge Network

  2. Outline of Talk • Global Research Collaborations • Trends in e-infrastructure • National Knowledge Network(NKN) • Major Challenges & Opportunities • Testing of Dark Fiber for NKN scaling • Conclusions Page 2 National Knowledge Network

  3. Research Collaborations India is effectively participating in the major international experimental programmes in Europe such as Large Hadron Collider (LHC), ITER, and others. Participation in the European Framework Programmes has been very fruitful and has enabled Indian scientists to collaborate in frontier research activities with European colleagues. Cooperat ooperatio ion with th Globa lobal Virtua irtual Re Research search Com ommu munit nities es (G (GVRCs VRCs) through through pro project jects like ike LH LHC Grid rid & EU EU-Ind IndiaGrid iaGrid gave ave Ind India ia much uch neede needed impetus mpetus for for creati creating an an e-inf nfrastru rastructure cture with thin in th the cou country try. The The cooperat cooperation ion has has bee been enha enhanc nced by by two wo closel losely re relate lated EU EU-fu funde ded proj project cts – EU EU-Indi ndiaGrid aGrid2 and nd CHAIN IN. The EU EU-India ndiaGrid rid project, which has allowed Indian scientists to access major European and Indian Grid infrastructures exposing them to the grid technology, made significant progress in last two years. Page 3 National Knowledge Network

  4. Trend: Network Infrastructure  Grid & Cloud computing has demanded deployment of an advanced network infrastructure for Research & Education to be effective  Light (lambda network facility) is the response to the need for high-quality research and education. It will  help create a viable economy-of-scale model for the region to reduce networking costs per country,  serve as a test-bed for development of new services, and allow the R&E community to participate in international networking activities  support the growth of National Research & Education Networks (NRENs), accelerate research, fuel national and regional economic growth, and aid their integration with the rest of world.  Many countries today have Lambda Network Facility – an e-infrastructure Page 4 National Knowledge Network

  5. The e-Infrastructure of India NKN is a state-of-the-art multi-gigabit pan-India network: www.nkn.in National Knowledge Network: Enabling a Paradigm Shift in Research Infrastructure And Global Science Cooperation CHAIN EU-IndiaGrid Indian Grid Certification Authority TIFR-CERN link Page 5 National Knowledge Network

  6. How Testing of NKN was done? • Exhaustive testing was conducted – Functional Testing (ping, test route, latency, packet loss) – Sustainability Testing by HD Video-Con tests (Light weight, lossy data permitted) – End-to-End Performance & Reliability Testing using FTP data transfer for short & long periods (Heavy weight, lossless data) – Application testing • Collab-CAD connecting BARC-IGCAR-NIC • Grid Computing (DAE grid BARC-IGCAR-TIFR-VECC) Page 6 National Knowledge Network

  7. Interconnect-Related Terms  Most critical component of HPC still remains to be interconnect technology and network topology  Latency:  Networks: How long does it take to start sending a "message"? Measured in microseconds- startup time  Round Robin Delay & Number of Hops  Processors: How long does it take to output results of some operations, such as floating point add, divide etc., which are pipelined?)  Bandwidth: What data rate can be sustained once the message is started? Measured in Mbytes/sec or Gbytes/sec Page 7 National Knowledge Network

  8. Best Effort is not Good Enough … Choice for QOS - Set up optimized path - Select Level 2,3 ,4 switching - Trade-off between buffer size & Appln - Guaranteed end- to-end performance 8 Page 8 National Knowledge Network

  9. On the Network: Big Problems! • Network Traffic Profile • Mixing Traffic • Trade of between buffer size Vs Appln ## Better Data handling methods, Innovative Algorithms in Data analytics are needed. Also high resolution data visualisation techniques & tools needed to be developed !!! 9 Page 9 National Knowledge Network

  10. National Knowledge Network Progress Chart NKN Progress Chart NKN User Nodes Provisioned, Mar- 17, 1500 NKN User Nodes Commissioned, Mar-17, 1500 ESRF Synchrotron Lab at Grenoble, France, NKN crosses 1000 Plus !!! Material Science, Bioscience, Brain Grid etc. Immersive Virtual Classrooms, Classrooms 980 Collab-CAD 831 No. of NKN User Nodes Provisioned, Feb- NKN 774 16, 754 NKN User Nodes Provisioned, Jan- User 16, 711 NKN User Nodes Provisioned, Dec- Nodes 15, 667 Model Global Science Research Collaboration Projects through TIEN3, GEANT & European Grid NKN User Nodes Provisioned, Nov- 712 NKN User Nodes Commissioned, 15, 557 Initiative (EGI) NKN User Nodes Commissioned, Feb-16, 672 NKN User Nodes Commissioned, NKN User Nodes Provisioned, Oct- Jan-16, 638 NKN User Nodes Provisioned, Sep- Dec-15, 606 15, 471 NKN User Nodes Provisioned, Aug- 15, 446 15, 418 NKN User Nodes Commissioned, Nov-15, 467 NKN User Nodes Provisioned, Jul-15, High Energy Physics experiment at Large NKN User Nodes Provisioned, Jun- NKN User Nodes Provisioned, May- NKN User Nodes Commissioned, 276 15, 270 NKN User Nodes Commissioned, NKN User Nodes Provisioned, Apr- 15, 259 Hadron Collider, Climate Change Modeling, Oct-15, 382 Sep-15, 358 NKN User Nodes Provisioned, Mar- 15, 224 OSDD NKN User Nodes Provisioned, Feb- 15, 185 NKN User Nodes Provisioned, Jan- NKN User Nodes Provisioned, Dec- 15, 157 NKN User Nodes Commissioned, NKN User Nodes Provisioned, Nov- 15, 139 NKN User Nodes Provisioned, Oct- NKN User Nodes Provisioned, Sep- 14, 121 NKN User Nodes Commissioned, Aug-15, 248 NKN User Nodes Provisioned, Jul-14, NKN User Nodes Provisioned, Aug- NKN User Nodes Provisioned, Jun- NKN User Nodes Provisioned, May- NKN User Nodes Provisioned, Apr- NKN User Nodes Commissioned, NKN User Nodes Provisioned, Mar- 14, 104 NKN User Nodes Commissioned, 14, 91 NKN User Nodes Commissioned, 14, 85 14, 79 Jul-15, 210 78 14, 72 14, 70 Jun-15, 199 14, 67 14, 65 Mar-14, 58 NKN User Nodes Commissioned, May-15, 179 Apr-15, 152 NKN User Nodes Commissioned, NKN User Nodes Commissioned, NKN User Nodes Commissioned, NKN User Nodes Commissioned, NKN User Nodes Commissioned, NKN User Nodes Commissioned, NKN User Nodes Commissioned, NKN User Nodes Commissioned, NKN User Nodes Commissioned, No. of user nodes NKN User Nodes Commissioned, NKN User Nodes Commissioned, Feb-15, 104 NKN User Nodes Commissioned Mar-15, 104 NKN User Nodes Provisioned NKN User Nodes Commissioned, Jan-15, 89 Nov-14, 83 Dec-14, 85 Sep-14, 78 Oct-14, 81 No. of user nodes projected Jul-14, 73 Aug-14, 75 Jun-14, 69 May-14, 66 Apr-14, 60 Page 10 National Knowledge Network

  11. NKN Project Management High Level Com Dr. R.Chidambaram, PSA to GOI DIT TAC Policy Prof S.V.Raghavan Climate Change, HEP, Bio, Implementing Agency Grid Appln Com Cancer, Brain, Agriculture, S&T NIC Prof P.S.Dhekne DG, NIC Security Adv Imp Com G.P.Srivastava NKN - PIU e_Gov Com R.S.Mani, Project Director Dr. B.K.Gairola NICSI Model Projects Eval Com Prof S.V.Raghavan Page 11 National Knowledge Network

  12. Major Challenges in the Future  Performance Monitoring, Enhancement, and Scaling  Development of newer High-End Applications  Cyber Security attacks and Solutions  Make or Buy decisions  Establishment of Test labs & Certification Page 12 National Knowledge Network

  13. HLC Decisions  Explore Feasibility of setting up Sanitization Lab  Indigenization of Key NKN Components  Manufacturing & Quality Assurance  Deployment & Testing  Building Capacity & Capability in HR  Establishing International NKN PoPs Page 13 National Knowledge Network

  14. NKN R&D Programme  Model Projects  e-class rooms, edu-Medical, Collab-DDS, E-Foundry, DAE outreach centre, Brain Grid, NBG  Design & Development of Indigenized Products  ITMA (SETS, BARC,NIC,ECIL)  SNAS (BARC, ECIL)  Optics Switch Router ESR series (IITB, ECIL)  Enterprise Router (C-DOT)  NMS (BARC, C-DAC, NIC, NTRO)  Establishing National Test Labs  Setting up of National Data Centres Page 14 National Knowledge Network

  15. Participation in Model Projects • Participation for model projects for key applications and to take active part in feasibility, capability and sustainability testing and ensuring effective use of high bandwidth of NKN • Approach for using NKN - Proposal in specific format to PSA’s office - Make plan to implement close user group on NKN - To demonstrate the potential/benefits of NKN - Connecting additional sites to NKN • Approx. 4-6 projects per year Page 15 National Knowledge Network

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