In optical burst switched (OBS) networks contention is the main source of burst loss. Burst
cloning scheme is a proactive loss recovery mechanism that attempts to prevent burst loss at …

Burst cloning reduces burst loss at core nodes by sending multiple copies of the same burst
through optical burst switched (OBS) network simultaneously in order to enhance probability …

In optical burst switched networks contention is the main source of burst loss. Burst
retransmission is a reactive loss recovery mechanism that attempts to resolve contention by …

In optical burst switched (OBS) networks, burst loss is mainly due to contention that occurs at
both edge and core node. At edge node, contending burst may be electronically queued …

Optical Burst Switching (OBS) has become a mature technology to support the current and
next generation Internet over optical network backbones. In OBS networks contention is the …

In OBS networks, lost bursts can be recovered proactively using burst cloning, or reactively
using burst retransmission. Burst cloning has advantage of low delay but it suffers from low …

In this paper, we introduce a loss reduction scheme, Adaptive Burst cloning, as a technique
to ensure service-guarantees in optical burst-switched (OBS) networks. The basic idea is to …

In this paper, we propose a novel proactive scheme, burst cloning, to reduce data loss due
to burst contention in optical burst-switched (OBS) networks. The idea is to replicate a burst …

In this paper, we introduce a loss reduction scheme, adaptive burst cloning, as a technique
to ensure service-guarantees in optical burst-switched (OBS) networks. The basic idea is to …

Optical burst switching (OBS) is a promising switching technology for next-generation
Internet backbone networks. One of the key problems hindering the realization of optical …