1 / 25

OFC’09 Summary ---Core Networks Part II

OFC’09 Summary ---Core Networks Part II. Ming Xia. OFC’09 Technical Sessions on Core Networks. OMG: Optical Grids and Enabling Technologies OML: IP/Optical Integration OMG: Advanced Optical Network Infrastructure OMQ: Optical Network Architecture OWI: Impairment-Aware Networking

quennell
Download Presentation

OFC’09 Summary ---Core Networks Part II

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. OFC’09 Summary ---Core Networks Part II Ming Xia

  2. OFC’09 Technical Sessions on Core Networks OMG: Optical Grids and Enabling Technologies OML: IP/Optical Integration OMG: Advanced Optical Network Infrastructure OMQ: Optical Network Architecture OWI: Impairment-Aware Networking OWK: Applications over Optical Networks OWL: Multi-Layer and Multi-Domain Networks OWY: Multi-Layer Resilience OThJ: Network Elements OThO: Traffic Aggregation and Scheduling OThQ: Network Design and Energy Efficiency PDPD: Post-Deadline Papers Session

  3. OFC’09 Technical Sessions on Core Networks OMG: Optical Grids and Enabling Technologies OML: IP/Optical Integration OMG: Advanced Optical Network Infrastructure OMQ: Optical Network Architecture OWI: Impairment-Aware Networking OWK: Applications over Optical Networks OWL: Multi-Layer and Multi-Domain Networks OWY: Multi-Layer Resilience OThJ: Network Elements OThO: Traffic Aggregation and Scheduling OThQ: Network Design and Energy Efficiency PDPD: Post-Deadline Papers Session

  4. OFC’09 Technical Sessions on Core Networks OMG: Optical Grids and Enabling Technologies OML: IP/Optical Integration OMG: Advanced Optical Network Infrastructure OMQ: Optical Network Architecture OWI: Impairment-Aware Networking OWK: Applications over Optical Networks OWL: Multi-Layer and Multi-Domain Networks OWY: Multi-Layer Resilience OThJ: Network Elements OThO: Traffic Aggregation and Scheduling OThQ: Network Design and Energy Efficiency PDPD: Post-Deadline Papers Session

  5. NFOEC’09 Technical Sessions on Core Networks NTuA: Converged Ethernet Networks NTuB: GMPLS and Network Control NThA: Ethernet and High-Speed Systems NThE: Efficient Network Designs NThF: IP over DWDM Networks

  6. NFOEC’09 Technical Sessions on Core Networks NTuA: Converged Ethernet Networks NTuB: GMPLS and Network Control NThA: Ethernet and High-Speed Systems NThE: Efficient Network Designs NThF: IP over DWDM Networks

  7. Optical Grids and Enabling Technologies

  8. Optical Grids and Enabling Technologies(Contd.)

  9. Applications over Optical Networks

  10. Applications over Optical Networks (Contd.)

  11. Multi-Layer and Multi-Domain Networks

  12. Multi-Layer and Multi-Domain Networks (Contd.)

  13. Multi-Layer Resilience.

  14. Multi-Layer Resilience (Contd.)

  15. Network Design and Energy Efficiency

  16. Network Design and Energy Efficiency (Contd.)

  17. Network Design and Energy Efficiency (Contd.)

  18. IP/Optical Integration

  19. IP/Optical Integration (Contd.)

  20. IP/Optical Integration (Contd.)

  21. GMPLS and Network Control

  22. GMPLS and Network Control (Contd.)

  23. IP over DWDM Networks

  24. IP over DWDM Networks (Contd.)

  25. Conclusion Trends • Grid/Cluster Computing/Cloud Computing over optical network infrastructure. • Service-oriented optical network. • Multi-layer, multi-domain routing/protection/restoration. • Fusion of OTN and Ethernet. • IP directly over DWDM. • Energy efficiency.

More Related