激光与RF链路融合异质通信网络构建策略
Strategy for Constructing Heterogeneous Communication Networks by Integrating Laser and RF Links
郭子铭1
作者信息
摘要
文章探讨了激光与射频(Radio Frequency,RF)链路融合的异质通信网络构建策略.首先,分析异质通信网络中链路异构、资源管理和性能保障等问题.其次,提出激光与RF链路融合网络架构,包括网络层次框架和空间资源映射机制的建设.再次,在资源协同管理方面,引入链路状态信息获取与更新机制,以及基于业务优先级的资源调度技术.最后,采用软切换决策算法和切换过程中的业务保障技术,解决异质网络切换问题.设计的策略可以提升通信网络的整体性能,提高资源利用效率,为未来异质通信网络的发展提供可行的解决方案.通过激光与RF链路的协同,实现更高效的数据传输和稳定的切换,为通信技术的创新提供有力支持.
Abstract
The article explores the construction strategy of heterogeneous communication networks for the fusion of laser and Radio Frequency(RF)links.Firstly,analyze the issues of link heterogeneity,resource management,and performance assurance in heterogeneous communication networks.Secondly,propose a fusion network architecture for laser and RF links,including the construction of network hierarchy framework and spatial resource mapping mechanism.Once again,in terms of resource collaborative management,a mechanism for obtaining and updating link state information,as well as resource scheduling technology based on business priority,are introduced.Finally,soft switching decision algorithms and business assurance techniques during the switching process are adopted to solve the problem of heterogeneous network switching.The designed strategy can enhance the overall performance of communication networks,improve resource utilization efficiency,and provide feasible solutions for the future development of heterogeneous communication networks.The article achieves more efficient data transmission and stable switching through the collaboration of laser and RF links,providing strong support for innovation in communication technology.
关键词
激光通信/射频(RF)链路/异质通信网络Key words
laser communication/Radio Frequency(RF)link/heterogeneous communication network引用本文复制引用
出版年
2024
NETL
NSTL
万方数据