算网融合的理念和技术处于发展初期，相应计算任务调度、网络互联也处于“脱节”状态，因而把握智联计算网络技术发展趋势并提出自主创新的战略构想及发展路线成为亟需。本文分析了现有信息网络技术面临的挑战，提炼出网络与计算融合发展的主要趋势；论证形成我国自主创新的智联计算网络核心架构，精准阐明智联计算网络的发展目标与预期效益；深入剖析智联计算网络技术发展路线，涵盖多样化协议支撑、“网 ‒ 算 ‒ 存”一体化控制、服务功能智能编排、内生安全构造等智联计算网络关键技术布局，智慧园区网络场景、垂直行业网络场景、数据中心网络场景等智联计算网络示范应用。研究建议，深入创新智联计算网络技术体系，广泛部署智联计算网络示范应用，加速推动智联计算网络产品落地，以此促进智联计算网络技术的演进与应用。

The concept and technologies of computing-network integration are still in the early stage of development. Research on computing task scheduling and network interconnection are still inadequate. Therefore, it is urgent to understand the developmental trend of the intelligent connection computing network technology (ICCNT) and propose a strategic conception and development routes for the independent innovation of ICCNT in China. This study analyzes the major challenges faced by the existing information network technologies and summarizes the developmental trends of computing-network integration. It also proposes a core architecture of the ICCNT and clarifies its development goals and expected performance. The development path of ICCNT is explored, covering key technologies such as diversified protocol support, integrated control of network, storage, and computing, intelligent arrangement of service functions, and endogenous security structure, as well as demonstration applications in the smart park network, vertical industry network, and data center network scenarios. Furthermore, we suggest innovating ICCNT systems, expanding the demonstration applications of ICCNT, and accelerating the implementation of ICCNT products, thereby promoting the evolution and application of ICCNT.