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Hybrid Optical Wireless Networks

机译:混合光学无线网络

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This paper describes a dynamic reconfiguration algorithm for a hybrid fiber wireless network, which takes advantage of dynamic reconfiguration in WDM based optical networks to provide bandwidth on the fly. The WDM technique for optical networks allows network operators to extend the existing capacity of passive optical networks manifolds. However presently, WDM networks were used mostly in long haul backbone networks and recently have been put to use in metropolitan networks (MAN). But till now not much work has been done on use of WDM networks in MAN. We use wireless technology to solve the Last mile problem of WDM networks. Wireless networks on the other hand are always constrained by need of bandwidth and we use WDM based optical networks to provide that. So both network technologies complement each other. Our proposed approach allows providing bandwidth on demand. It also allows for service differentiation by service providers, and sharing of infrastructure by several service providers.
机译:本文介绍了一种混合光纤无线网络的动态重新配置算法,其利用基于WDM的光网络中的动态重新配置,以便在飞行中提供带宽。光网络的WDM技术允许网络运营商扩展无源光网络歧管的现有容量。然而,目前,WDM网络主要用于长途骨干网络,最近已在大都市网络(人)中使用。但到目前为止,在人类中使用WDM网络已经没有太多工作。我们使用无线技术来解决WDM网络的最后一英里问题。另一方面,无线网络始终需要受带宽的限制,并且我们使用基于WDM的光网络来提供。所以两个网络技术都相互补充。我们所提出的方法允许提供带宽按需提供带宽。它还允许通过服务提供商进行服务差异,并由多个服务提供商共享基础架构。

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