Workflow
AI领域突破性技术
icon
Search documents
新华财经早报:11月17日
Xin Hua Cai Jing· 2025-11-16 23:41
全国首家股份制银行金融资产投资公司成立注册资本100亿元 应新西兰议会议长布朗利、澳大利亚联邦议会参议长莱恩斯和众议长迪克邀请,全国人大常委会委员长赵乐际将于11月19日至25日对新西兰、澳大利亚进行 正式友好访问。(新华社) 中央财办分管日常工作的副主任、中央农办主任韩文秀在2025年第22期《求是》杂志中发表署名文章《深刻领会因地制宜发展新质生产力的重要论述和决策 部署》。文章提出,全面加强自主创新。这是发展新质生产力的核心驱动。要加强科技创新特别是原创性、颠覆性科技创新,加快实现高水平科技自立自 强。文章提到,建设强大国内市场。这是发展新质生产力的丰饶沃土。要建立高标准市场体系,创新生产要素配置方式,让各类先进优质生产要素向发展新 质生产力顺畅流动。同时,要以新需求引领新供给,以新供给创造新需求。(新华财经) 农业农村部最新农情调度显示,目前,全国冬小麦播种已过八成。其中黄淮海近八成半。分省看,河南近八成,安徽过八成,江苏六成半,山东、陕西近九 成,山西过九成。此外,冬油菜播种基本结束。由于前期连续阴雨导致部分主产区冬小麦播期推迟,当前,各地正抢抓农时,有力推进秋冬种。(央视新 闻) 教育部16日发布留 ...
和讯投顾王宝钗:周末大事总结,务必提前看!
Sou Hu Cai Jing· 2025-11-16 14:14
Group 1 - The Ministry of Finance is actively promoting fiscal reform and management to accelerate the construction of a high-level socialist market economy system, indicating strong support for the market [1] - The central bank will conduct a 800 billion yuan reverse repurchase operation on November 17, with a term of six months, which may be interpreted as a small-scale reserve requirement cut [1] - There is an emphasis on enhancing the adaptability of supply and demand for consumer goods, which is seen as an effective means to release consumption potential and facilitate economic circulation [1] Group 2 - The latest IPO developments from Muxi Moer County are generating significant interest, with related enterprises expected to benefit directly [2] - Huawei is set to release a groundbreaking technology in the AI field aimed at improving the efficiency of computing resource utilization, which may attract short-term speculative investments [2]
华为将发布AI领域突破性技术
是说芯语· 2025-11-16 08:27
Core Viewpoint - Huawei is set to release a groundbreaking technology in the AI field on November 21, which is expected to significantly improve the efficiency of computing resource utilization [1]. Group 1: Technology Breakthrough - The upcoming technology from Huawei aims to enhance the utilization rate of computing resources such as GPUs (Graphics Processing Units) and NPUs (Neural Processing Units) from the industry average of 30%-40% to 70% [1]. - This improvement is anticipated to unlock the potential of computing hardware significantly [1]. Group 2: Resource Management - Huawei's new technology will achieve unified resource management and utilization of computing power from Nvidia, Ascend, and other third-party sources through software innovation [1]. - The technology will mask the differences in computing hardware, providing more efficient resource support for AI training and inference [1].
华为将发布AI领域突破性技术
财联社· 2025-11-16 07:01
Core Viewpoint - Huawei is set to release a groundbreaking technology in the AI field on November 21, which is expected to address the efficiency of computing resource utilization [1] Group 1: Technology Breakthrough - The upcoming technology from Huawei aims to enhance the utilization rate of computing resources such as GPUs (Graphics Processing Units) and NPUs (Neural Processing Units) from the industry average of 30%-40% to 70% [1] - This significant improvement is anticipated to unlock the potential of computing hardware [1] Group 2: Resource Management Innovation - Huawei's breakthrough technology will achieve unified resource management and utilization of computing power from Nvidia, Ascend, and other third-party sources through software innovation [1] - The technology will mask the differences in computing hardware, providing more efficient resource support for AI training and inference [1]
华为将发布AI领域突破性技术 有望解决算力资源利用效率难题
Zhong Guo Ji Jin Bao· 2025-11-16 06:38
具体来看,华为即将发布AI领域的突破性技术,可将GPU(图形处理器)、NPU(神经网络处理器) 等算力资源的利用率,从行业平均的30%至40%提升至70%,显著释放算力硬件潜能。 据透露,华为即将发布AI领域的突破性技术,是通过软件创新实现英伟达、昇腾及其他三方算力的统 一资源管理与利用,屏蔽算力硬件差异,为AI训练推理提供更高效的资源支撑。 记者11月16日获悉,华为将在11月21日发布AI领域的突破性技术,有望解决算力资源利用效率的难题。 同时,华为即将发布AI领域的突破性技术,与以色列AI初创公司Run:ai的核心技术路线有共同性,后者 在2024年底被英伟达以7亿美元资金收购。 Run:ai的核心产品是基于kubernetes(开源容器编排平台)构建的软件平台,用于调度GPU的计算资源, 通过动态调度、池化、分片等技术,实现GPU资源利用率的优化,让深度学习训练与推理任务在企业级 环境中高效运行。 (文章来源:中国基金报) 公开资料显示,Run:ai自2018年成立以来,一直专注于GPU调度技术,并致力于打造一个能将AI模型拆 分并行运行的平台,无论硬件位于本地、云端还是边缘。 据悉,管理生成式AI、 ...