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首页> 外文期刊>Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic >Comparison of optical network topologies for wavelength division multiplexed transport networks
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Comparison of optical network topologies for wavelength division multiplexed transport networks

机译:波分复用传输网络的光网络拓扑比较

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摘要

In this paper, the various network topologies comprising of various nodes have been investigated and compared. The signal is analyzed as it passes through each node in each of the network topology. For the ring topology, it is shown that there is no appreciable signal degradation in the ring network. It is seen that there is increase in Quality factor i.e. signal keeps on improving as it passes through the successive nodes. For the bus topology, the quality of signal goes on decreasing with increase in the number of nodes and the power penalty goes on increasing. For the star topology, it is observed that received power values of each node at a same distance from the hub are same and the performance is same. For the tree topology, it is observed that the performance of the optical tree is almost identical to the performance of ring topology, as signal quality is improved as it passes through the successive nodes of the hierarchy but the overall length of each segment is limited by the type of cabling used and if the backbone line breaks, the entire segment goes down.
机译:在本文中,已经研究和比较了由各种节点组成的各种网络拓扑。当信号通过每个网络拓扑中的每个节点时,将对其进行分析。对于环形拓扑,表明在环形网络中没有明显的信号衰减。可以看出,质量因数增加了,即信号在通过连续节点时不断改善。对于总线拓扑,信号质量随着节点数量的增加而持续下降,而功率损失则持续增加。对于星形拓扑,可以观察到与集线器距离相同的每个节点的接收功率值相同,并且性能相同。对于树形拓扑,可以观察到光学树的性能几乎与环形拓扑的性能相同,因为信号质量通过层次结构的连续节点后会有所改善,但是每个段的总长度受到限制所用电缆的类型,如果主干线断开,则整个网段将断开。

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