光纤无线(FiWi)接入网的生存性

R. Q. Shaddad, Abduljalil Ali A. Mohammed, Mohammed Kh. Alwajih
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引用次数: 0

摘要

FiWi接入网以一种灵活的方式为终端用户提供了大量的带宽和可靠性,它集光纤和无线网络的技术优点于一体,是一种很有前途的接入技术,由于FiWi接入网中流量需求的巨大增长,由于FiWi部分的故障可能导致大量流量中断,实现良好的生存性面临着重大挑战。在本研究中,全光网络故障的解决。单网段寻址和多网段寻址,在与其他网段ONU备份距离最短的每个网段分配一个ONU备份,并将网段划分为集群。因此,在每个集群的备份onu之间分段部署备份光纤,形成最大保护和最小成本的保护方案。与环形方案相比,该方案将备份光纤成本降低了20%,并通过在同一集群中共享备用容量,将需要最大保护的备用容量降至最低
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Survivability of Fiber Wireless (FiWi) Access Network
FiWi access network provides the end-users with a large amount of bandwidth and reliability in a flexible manner as it integrates the technical merit of the fiber and wireless network, FiWi access network is a promising access technology, because of the tremendous increase in traffic demands in the FiWi access network, achieving good survivability is facing major challenges as vast traffic could be disrupted due to the failure of any FiWi portion. In this study, all-optical network failures are addressed. Single and multiple segments addressing is allocated an ONU backup in each segment satisfying the shortest distance to backup ONUs in other segments and classified network segments as a cluster. So, backup fibers are deployed between the backup ONUs in each cluster in separate segments to create a protection scheme that satisfies maximum protection and minimum cost. The results accomplished minimizing the backup fiber cost by 20 % compared with the ring scheme and minimize the spare capacity that needs for maximum protection by sharing the spare capacity for segments in the same cluster
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