算力网络布局及实施路径研究

Research on the Layout and Implementation Path of Computing Power Network

算力网络是一种根据业务需求,按需分配和灵活调度计算资源、存储资源以及网络资源的新型信息基础设施,需要传送网络从完善网络架构、优化系统性能、提供个性化服务三方面,向大带宽、低时延、高可靠、弹性承载、灵活调度、高安全、广泛覆盖、智能化方向演进。文章基于对现有OTN、SPN、PON等承载网的现状分析,通过分析算力网络需求及演进路径,以算力为中心,基于全光底座和统一IP技术,打造超低时延、敏捷灵活、智能弹性的云边端算力高速互联网络;打造算力泛在入口,实现一点接入,算力即时可取,满足广覆盖、差异化的算力接入需求。

Computing network is a new information infrastructure that allocates and flexibly schedules computing resources,storage resources and network resources on demand according to business requirements.It is nccessary for the transmission network to evolve towards the direction of large bandwidth,low delay,high reliability,elastic bearing,flexible scheduling,high security,wide coverage and intelligence from thrce aspects of improving network architecture,optimizing system performance and providing personalized services.Based on the analysis of the current situation of the existing OTN,SPN,PON and other bearing networks,this paper analyzes the demand and evolution path of the computing power network,and focuses on computing power,based on the al-optical base and unified IP technology,to create an ultra low latency,agile,flexible,intelligent and elastic cloud side computing high-speed Internet network;Create a universal access to computing power,realize one point access,and computing power is instantly available to mcet the nceds of wide coverage and differentiated computing power access.