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We present a method to generate optical transport network topologies that preserve the major characteristics of real-world transport network topologies. We also present an heuristic based on a genetic algorithm that, combined with the topology generator, can be used to obtain the lowest cost topology in a multi-layer optical transport network. In order to deal with survivable networks, we derive expressions...
With the development of Multi-Processor System-on-Chip (MP-SoC) in recent years, the intra-chip communication is becoming the bottleneck of the whole system. Current electronic network-on-chip (NoC) designs face serious challenges, such as bandwidth, latency and power consumption. Optical interconnection networks are a promising technology to overcome these problems. In this paper, we study the routing...
Significant implementation challenges exist in wireless backbone connectivity. Typical optical wireless communication topologies are evaluated. A fresh approach using 1550 nm Wavelength laser to design protocol and topology for point-to-point outdoor connectivity is carried out. Matlab simulation results support the 1550 nm laser as a good choice for outdoor connectivity for optical wireless communication...
Traffic engineering based on cross-layer communications to counter-act inter-channel impairments in optical networks is shown to yield significant throughput gains for a variety of traffic models.
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