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An effective buffering architecture for optical packet switching networks
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Jun 27, 2008 · The new architecture employs fewer fiber delay lines compared to other simple architectures, but can achieve the same performance. Simulation ...
The new architecture employs fewer fiber delay lines compared to other simple architectures, but can achieve the same performance. Simulation results and ...
(Open Access) An Effective Buffering Architecture for Optical Packet ...
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A novel output buffer architecture for optical packet switching networks is proposed.The architecture which adopts fiber sharing mechanism and improves ...
The hybrid buffered switch leads to more efficient use of the buffer space compared to output buffering. The performance of the switch is evaluated by means of ...
This paper consists of a categorization of optical buffering strategies for optical packet switches, and a comparison of the performance of these strategies.
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Abstract: An optical buffering architecture based-on traffic load selection was put forward for optical packet switching networks in the paper.
Abstract—Due to the lack of optical random access memory, optical fiber delay line (FDL) is currently the only way to implement optical buffering.
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Abstract— This paper consists of a categorization of optical buffering strategies for optical packet switches, and a compar-.
Optical packet switch systems with fiber delay line (FDL) buffers provide high-throughput, bit-rate independent, energy-efficient, and transparent forwarding.
Advanced Networks Research Lab. 50. A Shared Optical Buffer Architecture. ➢ Feed-forward shared buffering. – Asynchronous. – Two switching fabrics: one Nx(N+B) ...