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Coupling mechanism in multimode fibers

机译:多模光纤中的耦合机制

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摘要

The steady increase of bandwidth demand in worldwide communications has revived the interest about multi-mode optical fibers and their use in spatial division multiplexed systems. Roughly speaking, in these systems transmission capacity is increased by using modes as separate channels, resorting to either special fiber with negligible mode coupling, or to MIMO technology to compensate mode dispersion. In this framework, understanding the mechanisms that originate mode coupling is of crucial importance, for it would lead to the development of more accurate propagation models and optimized fiber designs. The paper analyzes the most common sources of mode coupling and their effects.
机译:全球通信中带宽需求的稳定增长使人们对多模光纤及其在空分复用系统中的使用重新产生了兴趣。粗略地讲,在这些系统中,通过将模式用作单独的信道来增加传输容量,这可以借助模式耦合可忽略不计的特殊光纤或MIMO技术来补偿模式色散。在此框架中,了解引起模式耦合的机制至关重要,因为这将导致开发更精确的传播模型和优化光纤设计。本文分析了模式耦合的最常见来源及其影响。

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