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Performance of Optical Burst Swatching Techniques in Multi-Hop Networks

Performance of Optical Burst Swatching Techniques in Multi-Hop Networks. Byung-Chul Kim, You-Ze Cho, Jong-Hyup Lee, young-Soo Choi, and Doug Montgomery. Burst Transmission in OBS. Characteristics of The OT and FDL-based Scheme. Classification of Wavelength Reservation Scheme for OBS.

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Performance of Optical Burst Swatching Techniques in Multi-Hop Networks

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  1. Performance of Optical Burst Swatching Techniques in Multi-Hop Networks Byung-Chul Kim, You-Ze Cho, Jong-Hyup Lee, young-Soo Choi, and Doug Montgomery

  2. Burst Transmission in OBS

  3. Characteristics of The OT and FDL-based Scheme

  4. Classification of Wavelength Reservation Scheme for OBS

  5. Path Length Priority Effect in OT-based Scheme

  6. The FDL/DR with HPI Scheme

  7. Simulation Model

  8. Comparison of The Burst Blocking Probability

  9. Burst Block Probability at Each Hop

  10. Cumulative Burst Blocking Probability

  11. Throughput

  12. Conclusion • In this paper, the authors classified the wavelength reservation mechanisms of OBS and investigated the path length priority effect of the OT/DR-based scheme. • A novel FDL/DR with HPI scheme is proposed to improve the end-to-end throughput by increasing the priority of bursts hop-by-hop using the input FDLs at each node.

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