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随着通信基站的不断优化,以往提出的移动无线激光通信网络接入方法已无法满足通信基站的各项需求。为了解决上述问题,提出一种移动无线激光通信网络接入新方法,并为其设计了低耗用户端、集中管理、疏导和资源优化四种功能模块。新方法使用模糊逻辑构建网络接入模型,推断出移动无线激光通信网络带宽,给出顺序型的用户流量数据接入调度方案,对网络的数据丢弃率和接入成功率进行优化。并以v Z型的用户接口对移动无线激光通信网络的摘挂机、铃流和双音多频工作进行通信限制,优化网络收益。对比实验证明,所提出的新方法能够有效降低移动无线激光通信网络的数据丢弃率,提高接入成功率,增加网络收益。
With the constant optimization of communication base stations, the previously proposed access methods for mobile wireless laser communication networks have failed to meet the needs of communication base stations. In order to solve the above problem, this paper proposes a new method of access to mobile wireless laser communication network, and designs four functional modules of low-power client, centralized management, grooming and resource optimization. The new method constructs the network access model by using fuzzy logic, deduces the bandwidth of mobile wireless laser communication network, gives the sequential user traffic data access scheduling scheme, and optimizes the network data discard rate and access success rate. And VZ-type user interface for mobile wireless laser communications network pick-up machines, ringing and dual-band multi-frequency work to limit communication, optimize network revenue. Comparative experiments show that the proposed new method can effectively reduce the data discard rate of mobile wireless laser communication network, improve the success rate of access and increase the network revenue.