中国移动通信集团设计院有限公司上海分公司
Published:2019
移动端阅览
[1]张奇.一种基于SDN及人工智能的OTN资源规划及调度应用方法与系统[J].电信工程技术与标准化,2019,32(05):11-16.
张奇. A method of OTN resource allocation and planning application based on SDN and AI[J]. 2019, 32(5): 11-16.
[1]张奇.一种基于SDN及人工智能的OTN资源规划及调度应用方法与系统[J].电信工程技术与标准化,2019,32(05):11-16. DOI: 10.13992/j.cnki.tetas.2019.05.003.
张奇. A method of OTN resource allocation and planning application based on SDN and AI[J]. 2019, 32(5): 11-16. DOI: 10.13992/j.cnki.tetas.2019.05.003.
无线方面的5G建设浪潮即将来临
固网宽带方面的部署热度尚未褪去
政企专线的大颗粒业务需求日益增加。同时更多新业务、新技术的应用还将对基础承载的传送网提出更进一步的挑战与要求。本文以上述日益增加的需求为出发点
OTN基础承载光网络为对象
通过对业务需求深入剖析
总结并归纳现有网络规划方法的缺陷及难点
并锁定主要改进目标
引入一种创新性的网络规划方法
借助SDN理念通过自研改良型路由计算方法以及一种机器自我学习机制
实现具备人工智能的路由调度功能。最后
以某地网络建设需求为例
展示相关方法及自研系统的应用
验证并说明其价值。
Nowadays multiple types of services in carriers have made the great challenges in transport bandwidth and network flexibility. The fundamental network
such as OTN
must meet the needs of more services and new applied technologies and also must be suitable of the scenario of upcoming 5 G network
still hot broadband access network
increasing business private line services and etc. Based on the above services and OTN features
this paper first analyzes service types to conclude the bottle necks of existed network planning method. Secondly
the band-new method of network resources allocation
based on SDN and AI
is introduced to solve the planning troubles mentioned above. Finally
through the application of this system
the real local network in some city is showed as an example
to verify the efficiency of data processing
the precision of network simulation
and the value of applying.
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