Development and evolution of emerging network for smart computing integration
ZHANG Hongke
FU Yiming
SU Wei
PENG Yihua
Abstract：To meet the stringent requirements for low latency,high reliability,and intelligence posed by emerging applications such as autonomous driving and the Industrial Internet,this study examines the limitations of traditional network architectures in heterogeneous resource integration,service adaptation,and intelligent decision-making.A smart computing integration network architecture based on a"three-layer,three-domain"framework is proposed,and its de-velopment prospects are discussed in relation to the deep integration of heterogeneous networks,computing resource scheduling,and network-native intelligence.The research results demon-strate that the proposed smart computing integration network architecture enables a paradigm shift from"passive connection"to"active service"through key technologies such as unified re-source representation,computing-network demand analysis,and agile resource scheduling,thereby achieving comprehensive coordination between computing and networking.The research findings provide theoretical references and technical pathways for the construction of intelligent,efficient,and reliable emerging network infrastructures.
Keywords：smart computing integration networkresource representationdemand analysisagile scheduling
Publication Date：2025-10-30
Online Publishing Date：2025-11-06(First online date of this platform, not the publication date of the document)
Pages：5( 1-5 )