Abstract: Driven by the dual forces of the national “Eastern Data and Western Computing” strategy and the paradigm shift of Industry 5.0,computing power is being transformed into a core production factor in industrial digital transformation.Aiming at key challenges in complex Industrial 5.0 application scenarios,such as low-latency requirements,service reliability and cross-domain resource coordination,the innovative industrial computing power network architecture was proposed.The computing power resource allocation mechanism of the “Eastern Data and Western Computing” project and the core elements of Industry 5.0 were systematically explained.On this Basis,a novel three-tier “cloud-edge-device” collaborative computing power network architecture for Industry 5.0 was constructed,and the key enabling technologies and application areas for realizing this architecture were thoroughly analyzed.Finally,the challenges facing the development of industrial computing power networks were discussed,and the future trends and directions were outlined.

Key words: Eastern Data and Western Computing, Industry 5.0, industrial computing power network, computing power resource scheduling

摘要： 在“东数西算”国家战略纵深推进与工业5.0范式变革的双重驱动下,算力资源正演变为工业数字化转型的核心生产要素。针对工业5.0复杂应用场景中的低时延需求、服务可靠性与跨域资源协同等关键挑战,提出工业算力网络创新架构。首先,系统阐释“东数西算”工程的算力资源配置和工业5.0的核心要素;在此基础上,创新构建面向工业5.0的“云-边-端”三级协同算力网络架构,并深入分析实现这一架构的关键使能技术及应用领域;最后,讨论了工业算力网络发展面临的挑战,并对其未来发展趋势和方向进行了展望。

关键词: 东数西算, 工业5.0, 工业算力网络, 算力调度