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OpenAI揭示AI推理能力与计算资源投入正相关

简报：

• OpenAI研究员Noam Brown提出预训练和推理是AI发展的两种关键范式，强调计算资源投入对模型性能提升的决定性作用
• 研究表明AI推理能力随着处理更多数据和计算能力的提升而显著改进，这种进步正在重塑AI基础设施的战略布局
• OpenAI首席经济学家Ronnie Chatterji探讨了AI与国家安全、经济政策的交叉影响，指出技术进步与全球治理的双重轨迹
• 相比早期专用AI系统（如IBM深蓝），现代AI的突破性在于其通用性，能够完成未经专门训练的多领域任务

相关链接：

• OpenAI自曝：AI推理砸钱越多，碾压人类越狠！
• OpenAI深度解析：AI技术革新引领产业突破的关键趋势

OpenAI Reveals AI Reasoning Ability Positively Correlates with Computational Resource Investment

Brief:

• OpenAI researcher Noam Brown highlights pre-training and reasoning as two critical paradigms in AI development, emphasizing the decisive role of computational resource investment in enhancing model performance 💻.
• Studies show that AI reasoning capabilities significantly improve with increased data processing and computational power, a progress that is reshaping the strategic layout of AI infrastructure 🚀.
• OpenAI Chief Economist Ronnie Chatterji explores the intersecting impacts of AI on national security and economic policy, noting the dual trajectory of technological advancement and global governance 🌍.
• Compared to early specialized AI systems (like IBM's Deep Blue), modern AI breakthroughs lie in their generality, enabling them to perform multi-domain tasks without specific training.

Related Links:

• OpenAI Exposes: The More Money Invested in AI Reasoning, the More It Crushes Human Performance!
• OpenAI Deep Dive: Key Trends in AI Technological Innovation Leading Industrial Breakthroughs

华为发布全球首款鸿蒙折叠电脑，展开18英寸合上13英寸

简报：

• 华为在5月19日发布会上推出全球首款鸿蒙折叠电脑MateBook Fold非凡大师
• 该电脑搭载鸿蒙操作系统5，屏幕展开为18英寸，合上为13英寸，厚度仅7.3mm，重量1.16kg
• 采用全新玄武水滴铰链技术，解决大尺寸铰链形变问题，实现紧密无缝闭合
• 起售价23999元，满血版26999元

相关链接：

• 华为余承东：全球首款鸿蒙折叠电脑发布
• 鸿蒙折叠电脑展开薄至7.3mm，重量仅1.16kg
• 全球首款鸿蒙折叠PC发布

Huawei Releases World's First HarmonyOS Foldable Laptop, 18 Inches Unfolded and 13 Inches Folded

Brief:

• Huawei unveiled the world's first HarmonyOS foldable laptop, MateBook Fold Master, at its launch event on May 19.
• The laptop runs on HarmonyOS 5, featuring an 18-inch screen when unfolded and 13 inches when folded, with a thickness of just 7.3mm and a weight of 1.16kg. 💻
• It incorporates the innovative Basalt Waterdrop Hinge technology, addressing deformation issues in large hinges and achieving a tight, seamless closure. 🔒
• Starting price is 23,999 RMB, with the fully loaded version priced at 26,999 RMB. 💰

Related Links:

• Huawei Yu Chengdong: World's First HarmonyOS Foldable Laptop Released
• HarmonyOS Foldable Laptop Unfolds to a Thin 7.3mm, Weighs Only 1.16kg
• World's First HarmonyOS Foldable PC Released

中国“九天”蜂群母舰无人机即将首飞，性能参数曝光

简报：

• 中国自主研发的“九天”察打一体无人机预计将于2025年6月底完成首飞，目前04架机已完成机体结构装配，正在进行系统安装与测试
• “九天”无人机翼展达25米，最大起飞重量16吨，最大载重6吨，采用涡扇发动机，最大飞行高度1.5万米，最快飞行速度700千米/小时
• 该无人机续航能力突出，最大航程7000公里，航时大于12小时；具有8个外挂点，可挂载1000公斤级制导炸弹、空空导弹、空地导弹、反舰导弹和巡飞弹
• 机腹集成“异构蜂巢任务舱”，可容纳上百枚巡飞弹或小型无人机，因此被称为“空中无人机航母”
• 采用开放式架构，配备可快速更换的任务舱，能在两小时内切换任务类型，满足空运空投、信息支援与对抗、火力打击与支援等多样化需求
• 专家表示，搭载电子战吊舱可压制敌方雷达，提高生存能力；配备定向红外干扰系统可通过激光束干扰红外制导导弹

相关链接：

• 中国首款蜂群母舰无人机将首飞
• 中国“蜂群母舰”首飞倒计时！可对任何航母战斗群进行‘钢铁风暴’洗礼
• 中国版无人机航母来了！“九天”首飞在即，“空中巨兽”战力拉满

China's "Jiutian" Swarm Mothership Drone Set for Maiden Flight, Performance Specs Revealed

Brief:

• China's independently developed "Jiutian" strike-reconnaissance drone is expected to complete its maiden flight by the end of June 2025. Currently, the fourth prototype has finished structural assembly and is undergoing system installation and testing. 🛫
• The "Jiutian" drone boasts a wingspan of 25 meters, a maximum takeoff weight of 16 tons, and a maximum payload of 6 tons. Powered by a turbofan engine, it can reach a maximum altitude of 15,000 meters and a top speed of 700 kilometers per hour.
• With exceptional endurance, the drone has a maximum range of 7,000 kilometers and a flight duration exceeding 12 hours. It features 8 external hardpoints capable of carrying 1,000-kilogram-class guided bombs, air-to-air missiles, air-to-ground missiles, anti-ship missiles, and loitering munitions.
• The drone's underbelly integrates a "heterogeneous honeycomb mission bay," which can house over a hundred loitering munitions or small drones, earning it the nickname "airborne drone carrier." 🚀
• Featuring an open architecture, it is equipped with quickly interchangeable mission bays, allowing task switching within two hours to meet diverse needs such as air transport and airdrop, information support and countermeasures, as well as firepower strike and support.
• Experts state that when equipped with electronic warfare pods, it can suppress enemy radar, enhancing survivability. Additionally, a directional infrared countermeasure system can disrupt infrared-guided missiles using laser beams. 💥

Related Links:

• China's First Swarm Mothership Drone to Make Maiden Flight
• Countdown to China's "Swarm Mothership" Maiden Flight! Capable of Delivering a 'Steel Storm' to Any Carrier Strike Group
• China's Version of Drone Carrier Arrives! "Jiutian" Maiden Flight Imminent, "Aerial Beast" Combat Power at Full Throttle

小米自研3nm手机芯片玄戒O1即将发布，填补大陆先进芯片设计空白

简报：

• 小米集团创始人雷军宣布，自主研发的3nm制程手机处理器芯片玄戒O1即将亮相，这是中国大陆首次实现3nm芯片设计突破
• 小米成为继苹果、高通、联发科后全球第四家能自行设计3nm手机SoC芯片的企业
• 该芯片采用第二代3nm工艺制程，研发历时4年，累计投入超135亿元，研发团队规模达2500人
• 小米芯片研发始于2014年，曾推出澎湃S1芯片但遭遇挫折，后转向小芯片研发积累经验，2021年重启SoC研发
• 小米近五年研发总投入达1050亿元，今年预计投入300亿元，公司工程师超2万人，其中芯片工程师超2500人

相关链接：

• 3nm芯片来了！我国半导体产业迎来好消息
• 雷军谈小米SoC大芯片：那不是“黑历史”，那是来时路
• 国产品牌实现3nm芯片研发设计突破

Xiaomi's Self-Developed 3nm Smartphone Chip Xuanjie O1 Set to Launch, Filling the Gap in Advanced Chip Design in Mainland China

Newsletter:

• Lei Jun, founder of Xiaomi Group, announced that the self-developed 3nm process smartphone processor chip, Xuanjie O1, is about to be unveiled, marking the first breakthrough in 3nm chip design in mainland China. 🌟
• Xiaomi becomes the fourth company globally to independently design a 3nm smartphone SoC chip, following Apple, Qualcomm, and MediaTek.
• The chip utilizes the second-generation 3nm process technology, with development spanning 4 years, a cumulative investment exceeding 13.5 billion RMB, and a research team of 2,500 people.
• Xiaomi's chip development journey began in 2014, with the release of the Surge S1 chip, which faced setbacks. The company later shifted focus to smaller chip development to gain experience, restarting SoC development in 2021.
• Over the past five years, Xiaomi's total R&D investment has reached 105 billion RMB, with an expected investment of 30 billion RMB this year. The company employs over 20,000 engineers, including more than 2,500 dedicated to chip development. 💻🚀

Related Links:

• 3nm Chip Arrives! Good News for China's Semiconductor Industry
• Lei Jun Talks About Xiaomi’s SoC Big Chip: It’s Not a “Dark History,” It’s the Road We’ve Traveled
• Domestic Brand Achieves Breakthrough in 3nm Chip R&D and Design

哈工大与宾大联合推出PointKAN，点云分析精度提升参数量下降

简报：

• 哈尔滨工业大学（深圳）与宾夕法尼亚大学联合团队推出基于Kolmogorov-Arnold Networks（KANs）的3D感知解决方案PointKAN
• PointKAN采用可学习函数替代传统MLP的固定激活函数，显著提升复杂几何特征学习能力
• 团队提出PointKAN-elite版本，使用Efficient-KANs结构，在保持准确率的同时大幅降低参数量
• 新架构包含几何仿射模块和并行局部特征提取模块，减少内存占用并加快训练推理速度
• 在ModelNet40和ScanObjectNN等数据集上表现优异，小样本学习任务中展现强大泛化能力

相关链接：

• 参数量暴降，精度反升！哈工大宾大联手打造点云分析新SOTA
• 点云分析新突破：哈工大与宾大联手推出PointKAN，参数量大幅降低，精度却反升！

HIT and UPenn Jointly Launch PointKAN, Boosting Point Cloud Analysis Accuracy with Reduced Parameters

Newsletter:

• Harbin Institute of Technology (Shenzhen) and the University of Pennsylvania collaborative team introduce PointKAN, a 3D perception solution based on Kolmogorov-Arnold Networks (KANs) 🌟
• PointKAN replaces the fixed activation functions of traditional MLPs with learnable functions, significantly enhancing the learning capability for complex geometric features 📈
• The team proposes the PointKAN-elite version, utilizing an Efficient-KANs structure, which drastically reduces the number of parameters while maintaining accuracy
• The new architecture includes a geometric affine module and a parallel local feature extraction module, reducing memory usage and accelerating training and inference speed ⚡
• PointKAN demonstrates outstanding performance on datasets like ModelNet40 and ScanObjectNN, showcasing strong generalization ability in few-shot learning tasks

Related Links:

• Parameters Plummet, Accuracy Soars! HIT and UPenn Team Up to Create New SOTA in Point Cloud Analysis
• Breakthrough in Point Cloud Analysis: HIT and UPenn Launch PointKAN, Slashing Parameters While Boosting Accuracy!