8月21日下午，为期三天的第九届未来网络发展大会在南京闭幕。闭幕式上，11项未来网络领先创 新科技成果集中亮相，一批跨界合作项目签约。 本届大会围绕人工智能、大模型、数算网络等热点话题，举办开幕式、主论坛、18场分论坛，以 及未来网络领域创新成果发布、未来网络科技创新大赛、创新成果展示等活动。 大会期间，发布了全域一体化数算网调度平台、面向广域网的网络大模型与多智能体系统、基带电 路AI自动设计工具链三项具有里程碑意义的创新成果，见证了南京市数据局和拉萨市数据管理局城市算 力网"结对子"战略合作协议签约、"东数西算—未来算网协同调度联盟"第二批成员单位合作签约、"星火 计划"首批点亮城市签约，以及基于CENI的数据要素跨境流通试验示范共创行动发布等一系列具有战略 意义的合作项目签约发布。 闭幕式为未来网络领先创新科技成果举行了颁证仪式，包括《IP网络动态孪生关键技术研究与智能 运维应用》《面向人工智能调度的智算互联网络架构》《量子密话》《自主可控智算通信系统》等，涉 及量子安全、网络智能、网络孪生、算力网络等领域。 闭幕式上，还举行了紫金山实验室6G技术在智慧医疗领域的场景签约仪式，以及未来网络绿色算 网项目 ...

Core Insights - The Ninth Future Network Development Conference was held in Nanjing, focusing on global networking and future technologies [1] - Key technological advancements were showcased, including long-distance data transmission without intermediate relay [1][2] - The conference emphasized the importance of integrating computing resources across regions to enhance efficiency and support national projects [2][3] Group 1: Technological Innovations - A new optical-electrical fusion network technology allows for over 2000 kilometers of data transmission without loss, eliminating the need for multiple transfers [1] - China Telecom introduced a network model that enables self-diagnosis and automatic fault repair, improving operational efficiency by 40% in Jiangsu province [2] - The conference presented a comprehensive scheduling platform for computing resources, addressing the challenges of the "East Data West Computing" initiative [2][3] Group 2: Future Network Concepts - The concept of a future network is defined as a faster, simpler, cheaper, and safer next-generation internet centered around user experience [2] - The conference highlighted the need for a unified scheduling system to connect areas with surplus computing power to those with demand [3] Group 3: AI and Automation - A new AI-driven toolchain for baseband circuit design significantly reduces design time and costs, enhancing communication performance by 30% and reducing chip area by 70% [4] - The application of AI in network management is still in its early stages, facing challenges such as the need for high-quality intelligent agents and data security concerns [5] Group 4: Future Directions - The conference called for the development of a collaborative ecosystem for AI applications, emphasizing the need for interdisciplinary teams and infrastructure improvements [5] - A series of technical white papers were released, providing insights into future network technology development and collaborative computing [6]

Core Insights - The launch of the all-domain integrated computing network scheduling platform and the first wide-area network model and multi-agent system marks a significant advancement in China's computing resource management and network operations [1][2] - The platform aims to connect regions with abundant computing resources to those with high demand, potentially reducing management costs for enterprises by 50% [1] - The AI automatic design toolchain for baseband circuits is expected to streamline the design process, reduce costs, and improve efficiency in communication systems [2] Group 1 - The all-domain integrated computing network scheduling platform utilizes three pioneering technologies to achieve integrated scheduling across the nation [1] - The platform has been tested in various sectors, including hospitals and schools, and is aligned with national initiatives like "East Data West Computing" [1] - The wide-area network model and multi-agent system can autonomously sense, maintain, and repair network issues, applicable in 27 typical network operation scenarios [1][2] Group 2 - The system, led by the Purple Mountain Laboratory in collaboration with Jiangsu Future Network Group, China Unicom, and Huawei, has achieved an overall intelligence capability level of L4 [2] - The goal is to reach L5 level, enabling a fully self-intelligent network that can be generated on demand [2] - The AI automatic design toolchain can reduce the area of baseband circuits by 70% while maintaining communication performance, significantly shortening the design iteration process to just a few hours [2] Group 3 - The advancements in baseband circuit design are expected to lower energy consumption and costs for enterprises, ultimately benefiting consumers with improved product performance at reduced prices [3]

Group 1 - The Ninth Future Network Development Conference opened in Nanjing with the theme "Global Network, Winning the Future" aimed at creating a dialogue platform for technology exchange and industry cooperation in the field of network communication [1] - The conference featured discussions on hot topics such as computing-network integration, intelligent computing networks, network large models, and deterministic networks, including a main forum and 18 sub-forums [1] - Key officials emphasized the importance of advanced networks in supporting collaborative efforts in "network-computing-data" and highlighted the goal of building a world-leading national data infrastructure system [1] Group 2 - Academicians discussed China's AI innovation paths and strategies, as well as the integration of AI with future networks [2] - Major technological achievements were announced, including an integrated computing network scheduling platform and the first network large model for wide area networks [2] - Strategic cooperation agreements were signed between various cities and organizations to enhance the construction of a super computing network across important regions in the country [2]

Core Insights - The Ninth Future Network Development Conference was held in Nanjing, focusing on artificial intelligence, large models, and computing networks, featuring significant technological achievements and major cooperation projects [1][2] Group 1: Technological Achievements - Three major technological achievements were announced, including a network large model and multi-agent system tested in real-world environments, achieving L4 level in 20 out of 22 test items, enabling rapid data insights and fault diagnosis [1] - The overall intelligence capability of the system reached L4 level, facilitating applications in urban computing networks and industry-specific networks [1] Group 2: Strategic Collaborations - A strategic cooperation agreement was signed to promote the "East Data West Computing" project, with 32 new members joining the "East Data West Computing - Future Computing Network Collaborative Scheduling Alliance" [2] - This collaboration aims to create a nationwide computing supply ecosystem covering eight major hubs, enhancing the integration of the "East Data West Computing" initiative [2] Group 3: Regional Development Initiatives - Nanjing is positioning itself as a core city for future network industry layout, focusing on building a "6G city" and a leading demonstration area for 6G industrial development [2] - The city is enhancing future network testing facilities and developing dedicated networks for various sectors, including industrial, government, medical, and data trading [2]