Core Points - The signing ceremony for the "Beijing University of Posts and Telecommunications - Guoxing Aerospace Semantic Satellite and Semantic Communication Technology Verification Joint Laboratory" took place at Guoxing Aerospace's Chengdu base, marking a collaboration between Guoxing Aerospace and Beijing University of Posts and Telecommunications [1][3] - The joint laboratory will focus on key technologies related to semantic satellite constellation construction, leveraging Guoxing Aerospace's resources in space computing and satellite development to enhance innovation and application in space AI [3][4] - Semantic communication represents a new paradigm that prioritizes understanding before transmission, significantly reducing data transmission volume while enhancing anti-interference capabilities, which is crucial for efficient information transfer in complex space environments [4][6] Company and Industry Insights - Guoxing Aerospace aims to push technological innovation through the establishment of the joint laboratory, which is a significant step in its "Star Computing" initiative, and plans to collaborate with more industry and academic partners to expand the boundaries of space computing technology [6] - Beijing University of Posts and Telecommunications is a key institution for talent cultivation and technological innovation in the information and communication sector, with notable achievements in semantic information theory and communication technologies [6]

6G 未来技术塑造未来 "我们以语义通信为抓手，实现通信与人工智能的融合。这样，6G不再需要超多的天线数目、大功率消 耗、宽频谱占用，用4G、5G的资源就可以实现6G的需求。"张平解释。 6G是第六代移动通信技术。相较于5G，6G具备更高速率、更低时延、更广的连接密度，还 能实现通信与人工智能等深度融合。通过卫星网络等多元化接入方式，6G还将构建全球覆 盖的空天地一体化网络。预计2030年左右，6G将进入商用阶段。 当前，全球6G发展尚处于早期阶段，6G是什么、用来干什么、采用什么技术来实现，尚未形成共识。 按照传统信息论，提升通信能力主要靠"堆叠资源"，尤其依赖器件和工艺的升级，代价则是网络复杂度 的极速攀升。1G到5G发展都沿用这一理论，一些国家6G研发也未跳出"堆叠式创新"的路径。 面向6G的智能通信融合外场试验网不仅是一项重磅成果，张平更为看重的，是搭建起开放、共享、融 合的一体化真实试验验证环境，形成贯通理论、技术、标准和应用的全产业链创新。（记者谷业凯） 2024年7月，我国建成了全球首个面向6G的通信与智能融合的外场试验网，在4G、5G的基础通信链路 上，通过模分多址的创新技术将网络基础性能指标 ...