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Open accessProceedings ArticleDOI
27 May 2013
8 Citations
While such communications are often carried by fiber, microwave links can reduce transmission delays over large distances due to more direct routes and faster wave propagation.
Journal ArticleDOI
01 Dec 2008-IEEE Spectrum
25 Citations
It turns out that this solution will make the Internet not just simpler but much faster too.
Open accessProceedings ArticleDOI
02 Dec 2014
64 Citations
Indeed, direct peering interconnections bypass layer-3 transit providers and make the Internet flatter.
Fiber optic transmission media can deliver broadband network performance measurement data at a rate faster than economically available electronics components can process them.
With this optical filter based approach, fiber capacity can potentially be increased faster and more energy efficiently than with solutions relying solely on electronic signal processing.
Moreover, our proposed protection scheme can tell the connection status of every fiber path (working and protection), thus facilitating a faster failure recovery.
According to theory and simulations, the large and variable queueing delays of traditional Best-Effort Internet links can be eliminated, and the latency over the cloud can be reduced to near-minimal values, i. e., the fiber latency.
Optimization results show that our proposed scheme leads to shorter fiber deployment between the ONUs which enables the failed traffic to propagate faster to the feeder fiber.
Results in this paper can be used for the theoretical guidance of how to make the soliton transmission more efficient and more fidelity, and are of great significance for optical fiber communications.

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