1 / 11

Virtual Collaboration Center vccidr

Explore novel optical networking techniques for Grid Computing applications. Develop Proof of Concept LAN, leverage network expertise, and test innovative network technologies for optimized performance. Visit VCC for cutting-edge research.

laurel-morales
Télécharger la présentation

Virtual Collaboration Center vccidr

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Virtual Collaboration Centerwww.vcc.cnidr.org Daniel Stevenson, MCNC stevenso@anr.mcnc.org Dorcas Stapleton, MCNC dorcas@cnidr.org

  2. Overview • Information Technology focus • Novel optical networking techniques • Applications to Grid Computing • Target • bottlenecks in networked applications • Dearth of network expertise in applications researchers

  3. Scope • Development of Proof of Concept • Novel Optical LAN and Adapters • Grid computing applications • Information retrieval tools • Porting grid tools to PoC LAN • Testbed • Leveraging network expertise

  4. Leveraging Network Expertise • Potential collaborative applications • Bridge barriers using network expertise • Emphasis on regional academic inst. • Local R1’s and HBCU’s • Identified several opportunities, but.. • Long lead times & resource limitations • Limited impact

  5. Novel (radical) Approach • Rethinking the network fundamentals • 20 year technology lifetime • Rapid changes in optical technology • No legacy mindsets • Protocol simplification • Elimination of round trip handshakes • Optimized implementation • Functional placement: optics, electronics & software • Low latency & high performance • No data buffering in network • Intelligence concentrated at network edge

  6. Network Technology • Optical Burst Switching • Switched light path dWDM network • no electro-optical conversion or buffering • Just in Time control protocol • Tell and go network control protocol • Data transparent to intermediate network • no assumptions made on signal format or rate • Analog and various digital signals

  7. JIT Comparison to TCP • No buffering • More optimistic • Less latency • connection est. • error recovery • No slow start • Less time to deliver data once started

  8. Research Relationships • VCC: NASA Ames (NAS) • OBS Network Adapter & LAN • Applications over JIT / OBS • Jumpstart: DoD (ITIC & ARDA) • Just in Time definition, implementation, evaluation in ATDnet (NSA-LTS to NRL) • OBS network modeling and analysis • Future: routing & net management • Under exploration: DoE (transport layer)

  9. Grid Computing Applications • GridIR • proposed information retrieval service • secure database indexing, searching, retrieval, and discovery on the Grid • Working closely with Global Grid Forum • Grid tools over JIT – OBS • Exploring, designing, porting • Evaluating, benchmarking, improving

  10. VCC Grid Testbed • Expansion in progress (Beta) • 2 clusters + 1 Stand Alone Master • 7 slave + 1 master node per cluster • Fast Ethernet connected • Each node has • 2x 1.56 GHz AMD Athlon 1800+ MP • 1 GB DRAM slave, 2 GB DRAM master • 40 GB HD slave, 2x 40 GB HD master • 900 GB RAID Direct Attached Storage • 30 GB x 7 DLT stacker • Additional expansion planned for Y2

  11. Relevant URL’S • MCNC: http://www.mcnc.org • CNDR: http://www.vcc.cnidr.org/ • ANR: http://www.anr.mcnc.org • VCC: http://www.vcc.cnidr.org/ • Jumpstart: http://jumpstart.anr.mcnc.org

More Related