Fabrics

Packet reordering in the Lightpath Bundling & Anycast Switching (LB+AS) paradigm
In optical networks, Lightpath Bundling & Anycast Switching paradigm (LB+AS) consists of (i) bundling together the lightpaths which …
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Introducing optical switching in high-capacity commercial routers
High-performance packet switches are costly, bulky and power-hungry. Their scalability is constrained by the limits of electronic …
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MILP formulations for scheduling lightpaths under periodic traffic
This paper addresses offline virtual topology design in transparent optical networks under given periodic traffic. We call this …
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Performance evaluation of slotted OPS switching fabrics under self-similar traffic
This paper evaluates the performance of slotted Optical Packet Switching (OPS) switching fabrics under self-similar traffic. The issue …
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Knockout packet loss probability analysis of SCWP optical packet switching wavelength distributed knockout architecture
The deployment of optical packet switching (OPS) in dense wavelength division multiplexing (DWDM) backbone networks is perceived as a …
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A performance study of a knock-out large-scale optical packet switching architecture under SCWP operational mode
Large-scale optical packet switching is in a very immature research state. Specially, the effect of the application of the scattered …
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Optical packet switching fabrics comparison under SCWP/SHWP operational modes
Commercial applications of optical packet switching to backbone WDM networks are still far from reality due to hardware costs. The two …
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