Design of Photonic Rearrangeable Networks with
Design of Photonic Rearrangeable Networks with
复制标题
光子可重排网络的设计
DOI：
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复制
发表时间：
2001
期刊：
影响因子：
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通讯作者：
A. Pattavina
中科院分区：
文献类型：
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作者：
G. Maier;A. Pattavina
光交叉连接结构的发展是当今一个非常重要的课题。我们认为，在这里，特别是类的光空分交换结构配置为多级结构与2 - 2光交换元件（SE），并从Banyan网络的垂直复制和水平扩展的组合。我们确定的必要条件和充分条件，这些矩阵是可重排的非阻塞和自由的一阶串扰SE。这种损害是光交叉连接性能的主要限制之一。我们专注于可重复矩阵，因为它们比严格意义上的非阻塞矩阵具有更低的复杂性。鉴于目前光学SE的高成本，recherable解决方案在今天看来很有吸引力。
The development of optical cross-connect architec- tures is a very important topic today. We consider here in partic- ular the class of optical space-division switching fabrics configured as multistage structures built with 2 2 optical switching elements (SEs) and derived from a combination of vertical replication and horizontal expansion of Banyan networks. We determine the nec- essary and sufficient conditions for these matrices to be rearrange- ably nonblocking and free of first-order crosstalk in SEs. This im- pairment is one of the major limitations in optical cross-connect performance. We focus on rearrangeable matrices since they have lower complexity than their strict-sense nonblocking counterparts. Given the current high cost of optical SEs, the rearrangeable solu- tion looks attractive today.