高效低时延的光纤网路由机制

High efficiency and short time delay routing mechanism of optical fiber network

光纤网络凭借其宽频带、低损耗、超强的抗干扰能力和稳定可靠的性能,已经成为现代网络通信的主要传播手段,传统算法在物联网和光纤网络中进行的数据路由效率低、代价大、数据传输时延方面性能较差。为了在物联网技术下的光纤网络中进行高效数据路由,提出一种光纤网络感知蚁群优化路由算法。先对物联网路由机制进行分析,找出它们存在不足,通过模拟蚁群自适应寻优能力,构建一种路径寻优机制;依据路径上的信息素浓度进行路由发现和维持,基于获取的路由信息发送数据包,实现物联网技术中光纤网络的高效数据路由,最后通过具体数据进行仿真测试。仿真实验表明,提出的路由算法可靠性高、适应性强,在改善网络时延和数据分组投递率的同时,降低了数据路由的开销。

Optical fiber network has become the main means of dissemination of modern network communication because of its wide frequency band,low consumption,strong anti-interference ability,stable and reliable performance.The data routing of traditional algorithm in the internet of things and fiber network has low efficiency,high cost and poor performance in data transmission time delay. In order to improve the efficiency of data routing in optical fiber networks,a novel algorithm based on ant colony optimization routing is proposed. Find out the shortcomings of the internet of things by analyzing its routing mechanism. Construct a searching mechanism through the simulation of ant colony adaptive optimization ability. Find and maintain the routing according to the information concentration in channel.Realize the high efficiency of data routing in fiber network based on internet of things technology according to the data package sent by acquired routing information. Finally,finish simulation test through the concrete data. The simulation results show that the proposed routing algorithm has high reliability and strong adaptability. It can improve the network delay and packet delivery rate,and reduce the cost of data routing.