基于算力标识符的类DNS解析机制研究OA

To address the need for analyzing the computing resource identifier system aimed at achieving resource-aware description and positioning addressing,this paper proposes a DNS-like hierarchical resolution mechanism and implements a three-level resolution processing architecture for computing resource identifiers.Verified in an optical fiber interconnected experimental environment and large-scale identifier scenarios,the mechanism's resolution performance and resource scheduling efficiency are validated.Results show that regional computing resource identifier resolution nodes possess low-latency resolution capability,while root computing resource identifier resolution nodes maintain a high resolution success rate.Compared with existing identifier resolution mechanisms,this computing resource identifier resolution mechanism can effectively support the resolution needs in scenarios of large-scale distributed resource convergence and interconnection for the internet of computing.