5G networks have arrived and are able to shift paradigms within the areas of connectivity, maintainability, scalability and availability. Their aim is to ensure that users can remain online with their devices at any time and in any place. In light of this, solutions for centralized networks are becoming attractive since they are manageable and low-cost. In these conditions, the use of computing techniques such as fuzzy logic benefits the supervision and planning of networks by optimizing and controlling resources as well as managing the system. However, planning a centralized network tends to raise challenges in the optical sectors that are located between the telecommunications center and the base station. Technologies such as radio over fiber are being examined to meet the demands in the fronthaul market, although they raise many other challenges. For this reason, in this study, we have adopted an intelligent strategy to determine in a balanced way which radio over fiber signals should be allocated in the optical sector. This strategy is implemented using fuzzy logic and may be used in decision making to plan the future of centralized networks. The results show that it is possible to make tradeoffs between the capital expenditure and performance of the system.

中文翻译：

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混合光纤无线电系统安装中集中接入网络规划的模糊策略


5G 网络已经到来，能够改变连接性、可维护性、可扩展性和可用性领域的范式。他们的目标是确保用户可以随时随地使用他们的设备保持在线状态。有鉴于此，集中式网络解决方案变得越来越有吸引力，因为它们易于管理且成本低廉。在这些条件下，模糊逻辑等计算技术的使用有利于通过优化和控制资源以及管理系统来监督和规划网络。然而，规划集中式网络往往会给位于电信中心和基站之间的光扇区带来挑战。光纤无线电等技术正在接受检验，以满足前传市场的需求，尽管它们提出了许多其他挑战。因此，在本研究中，我们采用了一种智能策略，以平衡的方式确定哪些光纤无线电信号应在光部门中分配。该策略是使用模糊逻辑实现的，可用于决策以规划集中式网络的未来。结果表明，可以在系统的资本支出和性能之间进行权衡。