端边云场景下的算力度量方法

Explore the correlation method between computing power measurement and service deployment in the device-edge-cloud collaboration scenario

算力网络受到业界的高度关注和广泛认可,推进成效显著。算力度量作为算力网络的关键技术,仍面临度量颗粒粗和业务部署关联性弱等问题。在深入分析端边云场景和算力资源差异的基础上,本文提出了基于原子测试库的算力度量方法及架构,通过构建多维度原子测试矩阵,赋予业务类型不同权重。实验结果表明,该方法可以提升算力资源与业务匹配度30%以上,实现多形态异构算力场景下的算力统一度量,为业务应用部署和算力资源间的精准匹配提供了依据。

Computing force network has received great attention and wide recognition from the industry,and has achieved remarkable results.As a key technology of computing force network,the industry is actively exploring computing power measurement,but it still faces problems such as difficulty in unifying measurement particles and insufficient correlation with business applications.In the in-depth analysis of the computing power differences in device-edge-cloud scenarios,a computing power measurement method and architecture based on the atomic test library are proposed,the experimental results indicate that this method can improve the matching degree between computing power resources and business by more than 30%,realize the unifi ed measurement of computing power in multi-form heterogeneous computing power scenarios,and provide a basis for precise matching between business application deployment and computing power resources.