We investigate how much buffering is required in optical packet routers. In particular, we investigate how the buffering-depth scales with the number of ports of the router and how the packet loss and throughput depend on the network loa
We describe the practical and fundamental limitations of the more prominent optical buffering approa...
Abstract — The past few years have seen researchers debate the size of buffers required at core Inte...
Abstract — How are future communication networks to cope with everincreasing traffic demands? Curren...
We investigate how much buffering is required in optical packet routers. In particular, we investiga...
Taking all-optical packet-switched cross-connect architectures that are highly scalable as a startin...
Abstract-If optical routers are to become reality, we will need several new optical technologies, on...
Abstract — When TCP and real-time (UDP) traffic multiplex at an optical packet router with very smal...
Abstract—The rapid increase in Internet traffic is forcing packet routers to grow in capacity to mee...
Abstract — Buffers in emerging optical packet routers are expensive resources, and it is expected th...
Abstract — Optical packet switches of the foreseeable future are expected to have severely limited b...
Routers in the Internet today employ buffers to store packets during periods of congestion. With Int...
This report describes the challenges in meeting the requirements for optical buffering devices in ne...
The design of an optical packet switched network to transport both data and voice, focussing on an I...
Providing a photonic alternative to the current electronic switching in the backbone, optical packe...
Abstract — In the absence of a cost-effective technology for storing optical signals, emerging optic...
We describe the practical and fundamental limitations of the more prominent optical buffering approa...
Abstract — The past few years have seen researchers debate the size of buffers required at core Inte...
Abstract — How are future communication networks to cope with everincreasing traffic demands? Curren...
We investigate how much buffering is required in optical packet routers. In particular, we investiga...
Taking all-optical packet-switched cross-connect architectures that are highly scalable as a startin...
Abstract-If optical routers are to become reality, we will need several new optical technologies, on...
Abstract — When TCP and real-time (UDP) traffic multiplex at an optical packet router with very smal...
Abstract—The rapid increase in Internet traffic is forcing packet routers to grow in capacity to mee...
Abstract — Buffers in emerging optical packet routers are expensive resources, and it is expected th...
Abstract — Optical packet switches of the foreseeable future are expected to have severely limited b...
Routers in the Internet today employ buffers to store packets during periods of congestion. With Int...
This report describes the challenges in meeting the requirements for optical buffering devices in ne...
The design of an optical packet switched network to transport both data and voice, focussing on an I...
Providing a photonic alternative to the current electronic switching in the backbone, optical packe...
Abstract — In the absence of a cost-effective technology for storing optical signals, emerging optic...
We describe the practical and fundamental limitations of the more prominent optical buffering approa...
Abstract — The past few years have seen researchers debate the size of buffers required at core Inte...
Abstract — How are future communication networks to cope with everincreasing traffic demands? Curren...
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