光通信网络在数据存储与虚拟化领域的研究  

Application research of optical communication network in data storage and virtualization

作　　者：郑君[1] ZHENG Jun(Shaanxi college of communication technology,Xi'an 710018,China)

机构地区：[1]陕西交通职业技术学院

出　　处：《自动化与仪器仪表》2020年第1期134-137,共4页Automation & Instrumentation

基　　金：陕西省教育厅2017年度科研课题;基于智能网联技术的交通拥堵疏散策略研究(No.17JK0071)

摘　　要：针对现代网络数据存储与虚拟化应用领域,所面临的网络数据传输负载率过高的问题,应用光通信相关技术,设计全光通信网络。以波长变换器为核心,提出四波混频变换方法,变换通信光波长度,利用光时分复用和解用技术,适应变换后的光波长度,接收光路信号,建立全光交换链路,通过节点和中心全光区,实现波频节点变换和输出,完成全光通信网络的建立。实验数据证明,应用全光通信网络后,网络数据读入时,平均网络负载降低了30%左右,网络数据读出时,平均网络负载降低了22%左右,可以证明在数据存储与虚拟化领域应用设计的全光通信网络,能够有效降低网络负载。In order to solve the problem of high load rate of network data in the field of modern data storage and virtualization application,an all-optical communication network was designed by using optical communication technology.With wavelength converter as the core,four wave mixing transform method is put forward to transform communication wavelengths.Using optical time division multiplexing reconciliation with technology to adapt to the transformation of light wave length,and receiving light path signal,all optical switching network is established.Through the node and the center light area,wave frequency node transformation and output are realized,and the all optical communication network is established in this paper.Experimental data show that after the application of all-optical communication network,the average network load decreases by about 30%when the network data is read in,and 22%when the network data is read out,which proves that the application of the designed all-optical communication network in the field of data storage and virtualization can effectively reduce the network load.

关 键 词：光通信 数据存储 全光交换 虚拟化领域 

分 类 号：TP393[自动化与计算机技术—计算机应用技术]