"无锡发布"微信公众号消息，4月24日至26日，由中国电子学会主办的首届具身智能机器人运动会在无 锡举办。活动现场，无锡市具身智能机器人工业数据采集与实训中心获授牌。惠山区与北京人形机器人 创新中心签约共建无锡具身智能机器人应用示范基地，锡山经开区与人形机器人（上海）有限公司签约 共建无锡具身智能机器人训练场。人形机器人地铁安巡检场景应用项目、人形机器人电池工厂场景应用 项目等7个采购意向项目签约，6个产业合作项目签约入驻惠山区人形机器人产业园。 ...

【环球网财经综合报道】近日，作为全球首个人形机器人半程马拉松，2025北京亦庄半程马拉松暨人形机器人半程马拉松大赛，引发业界广 泛关注。开源证券在最新发布的研究报告中指出，本次马拉松的意义不在于跑得快，而是作为综合检验平台，在非理想环境、长距离运动压 力测试下进行极限演练，推动产业链联动，形成标准化与规模化落地的合力。 月狐数据也撰文提到，作为具身智能的实体形态，人形机器人成为近两年政策端的关注热点。从国家政策来看，近几年我国机器人政策持续 加码，在人形机器人全产业链建设、应用标准制定上蓄力，推动人形机器人产业发展。 月狐数据还提到，目前的人形机器人功能主要集中于多模态感知、不同地形平稳行走或奔跑、手部细节动作等。多模态感知使机器人能够通 过视觉、听觉、触觉等多种传感器获取环境信息，实现对复杂场景的精准识别与理解；在运动能力上，人形机器人能够在各种复杂地形上保 持平衡并平稳行走或奔跑，展现出较高的运动灵活性和适应性；手部细节动作方面，人形机器人具备了较为精细的操作能力，能够完成抓 取、操作工具等复杂任务，这些功能的实现为人形机器人在工业、服务、家庭等多个领域的广泛应用奠定了坚实基础。 在此背景下，具身智能与人 ...

Group 1 - The humanoid robot industry is still in the early stages of mass production, revealing various issues that will drive industry optimization and upgrades [1] - Humanoid robots are considered the best carriers of embodied intelligence and represent a key battleground in the competition for AI technology among major countries, with significant long-term potential [1] Group 2 - The application of artificial intelligence in the industrial sector is seen as groundbreaking, enabling robots to achieve decentralized control and autonomous environmental recognition to complete complex tasks [2] - The automotive manufacturing sector is identified as a potential early adopter for large-scale applications of humanoid robots [2] - Humanoid robots are expected to quickly find applications in elder care and emergency management, with several countries developing specialized humanoid robots for these purposes [2] Group 3 - Emergency scenarios require robots that can navigate various terrains and perform precise operations, which necessitates the involvement of humanoid robots [3] - In 2025, Nanjing Tianchuang Electronic Technology Co., Ltd. is set to release the world's first explosion-proof humanoid robot, "Tian Kui No. 1," capable of high-precision operations in complex industrial environments [3]

Core Insights - The article discusses the rapid development and innovation in the robotics industry in Jinan, highlighting the emergence of various types of robots and the establishment of a comprehensive industrial chain [1][4][5] Group 1: Robotics Innovation and Development - Jinan is hosting a robotics innovation exhibition showcasing humanoid robots, service robots, industrial robots, and special robots, indicating a significant technological advancement in the region [2][3] - The first humanoid robot "Xingzhe Taishan" developed in Shandong is capable of running at a speed of 7.2 km/h, marking a leading position in domestic development [1][2] - The local robotics industry has nearly 100 companies, with a core industry scale approaching 15 billion yuan, supported by several national and provincial technology centers [2][3] Group 2: Industrial Chain and Market Potential - Jinan has established a complete robotics industrial chain from components to complete machines, with local companies producing key parts such as high-precision harmonic reducers [3][4] - The local market is expected to drive demand for robotics applications across various sectors, including manufacturing, energy, healthcare, and logistics [5][6] - The global robotics market is projected to grow significantly, with China accounting for 51% of new industrial robot installations, indicating a robust market opportunity for Jinan's robotics products [7][8] Group 3: Competitive Landscape and Future Strategies - Jinan's robotics industry is compared to other regions, with suggestions for leveraging successful strategies from cities like Shanghai and Shenzhen to enhance local development [9][10] - The Jinan government is planning to implement policies and action plans to support the robotics industry, including a proposed investment fund of 5 billion yuan [10] - The integration of digital technologies with robotics is seen as a key area for innovation, with Jinan's existing strengths in AI and big data providing a solid foundation for growth [10]

Group 1 - The first Embodied Intelligent Robot Sports Games was held in Wuxi, Jiangsu, showcasing various intelligent robots that can perceive, think, and act autonomously in real environments [1][2] - The event featured robots like the AI chess-playing "Yuan Luobo," exoskeleton robots for assistance, and multifunctional robots capable of diving and making coffee, attracting significant public interest [1][2] - A technology company has developed algorithms that reduce the cost of robotic devices to the thousand-yuan level, aiming to expand into household robotics in the future [1] Group 2 - The event served as a platform to discuss the practical applications of humanoid robots, with a focus on data collection and reinforcement learning for industrial and interactive scenarios [2] - A newly launched bipedal robot, "Tianhe C1," was introduced, capable of serving as a guide and educator, highlighting the versatility of humanoid robots [2] - Wuxi has established itself as a hub for artificial intelligence and humanoid robotics, benefiting from its status as one of the first national pilot cities for technology and industrial innovation [2] Group 3 - The development of humanoid robots relies on key components like integrated servo joint modules, which are crucial for their hardware production [3] - A local robotics company has become a leading supplier of core components by developing high-precision control algorithms for these joint modules, significantly reducing costs compared to imported alternatives [3] Group 4 - A leading automation engineering company in Wuxi has established the first domestic training base for robots, simulating automotive manufacturing processes to collect operational data [4] - The company plans to optimize algorithms and build industrial scenarios for data collection, aiming to enhance the application of robots in factories [4]

Core Viewpoint - The first Embodied Intelligent Robot Sports Games, organized by the China Electronics Society, was held in Wuxi, Jiangsu, showcasing advancements in robot technology and its applications in daily life [1] Industry Developments - The event attracted numerous participating robots demonstrating various functions such as chess playing, assisting mobility, and engaging in conversations with the elderly [1] - Breakthroughs in robot technology have made them more suitable for home applications, with prices becoming more affordable [1] - Jiangsu's robotics companies have made progress in key technologies, such as integrated servo joint modules, which are driving the development of the robotics industry chain [1] - Wuxi has formed a competitive advantage in the artificial intelligence and humanoid robot industry cluster [1] Application Focus - The sports event not only showcased technological advancements but also emphasized the practical applications of robots, promoting industry growth [1]

由于合伙人们的理工科背景，周全告诉本报记者，英诺天使基金重点关注新一代信息技术、新能源新材料、先进 制造、生物科技等围绕新质生产力的高精尖领域。 以下为访谈： 《华夏时报》记者：这两年人形机器人产业飞速发展，创业公司如雨后春笋般纷纷冒出，英诺天使基金为何会在 众多企业中选择松延动力? 华夏时报（www.chinatimes.net.cn）记者 石飞月 北京报道 时隔多年，被誉为"中国硅谷"的中关村仍然像一块磁铁，吸引着怀揣梦想的年轻人。这里从不缺新鲜的故事，而 今天谈论的主角，是不久前因为半程马拉松比赛在社交平台上刷屏的人形机器人。 4月25日上午十点，《华夏时报》记者来到坐落于这里的中关村梦想实验室，见到了英诺天使基金管理合伙人周 全，此时他刚结束一场会议。周全是松延动力这个投资项目的主要负责人，在那场人形机器人半马比赛中，松延 动力获得亚军，跑进了大众视野。 从种子轮到A轮，英诺天使基金一路押注松延动力。除了松延动力外，加速进化、鹿明机器人、灵足科技、"杭州 六小龙"之一的云深处这些人形机器人领域的公司也在英诺天使基金的投资名单上。这背后是英诺天使基金对于人 形机器人这一产业的长期看好，但站在投资角度，周 ...

人类行动迅速，常常左右手交替同时执行多个动作任务——这样的演示视频，机器人该如何学习？ " 只 要 人 类 的 移 动 方 式 与 机 器 人 不 同 ， 现 有 方 法 就 会 立 即 失 效 ， " 康 奈 尔 大 学 计 算 机 科 学 助 理 教 授 Sanjiban Choudhury如是说。"我们的想法是，'能否找到一种原则性的方法来解决人类和机器人执行任 务方式之间的这种不匹配问题？'" ○ 从全局语义匹配出发计算最佳传输距离。将机器人视频分割为短序列，从人类视频库中检索整体任务 意图最接近的片段。这种方式对动作风格差异较大的情况具有鲁棒性。 近日， Choudhury教授团队Kushal Kedia和Prithwish Dan等人在机器人模仿学习领域取得突破， 提出 了全新框架 RHyME （Retrieval for Hybrid Imitation under Mismatched Execution）。 该架构无需 任何人机配对数据，仅凭跨形态的语义对齐，就能在仿真与真实环境中将任务成功率提升 50% 以上，精 准复现复杂的长时序操作。 ▍ 为何机器人对人类视频的动作模仿总是"学废了"？ ...

无人机特技飞行曾是人类飞 手 的专属领域， 而现在， 一台普通四旋翼无人机连穿 6道窄门， 人类顶 尖飞手成功率 只有 12.5%，而一套创新算法系统却豪取100%完美通关！ 这不是 科技概念 视频，而是 最近 霸榜机器人领域国际顶刊的 中国黑科技 。 这项颠覆性研究来自浙江大学控制科学与工程学院高飞教授团队，他们 放 出 "算法增强" 大招，彻底打 破 "硬件决定天花板" 的传统认知。 普通硬件在智能系统加持下，瞬间化身特技飞行高手，完成复杂动作的精准度远超人类专业飞手。 高难度特技飞行通常是专业飞手和高端装备的专利，需要价格不菲的设备和数千小时训练。 有网友直呼： "这简直是无人机界的'降维打击'！ 用智能算法弥补硬件短板，突破了传统飞行极限！ " 这项名为 《 Unlocking aerobatic potential of quadcopters: Autonomous freestyle flight generation and execution》 的研究成果，于近日正式发表在 机器人领域国际顶级期刊 《 Science Robotics》 上。 ▍ 向自然取经：猎鹰和蝙蝠的飞行智慧成就算法突破 ...

Industry Overview - The Shenzhen robot industry is rapidly forming a cluster effect, with a significant number of enterprises showcasing their innovations at the first Robot Industry Chain Conference (FAIR plus 2025) [1] - The total output value of Shenzhen's robot industry chain is projected to exceed 201.2 billion yuan in 2024, marking a year-on-year growth of 39.64% with 14,534 new robot companies established [5] Key Companies and Products - Notable participants at the conference included leading firms such as UBTECH, Yujin Robot, and others, showcasing advanced products like humanoid robots and collaborative robots [2] - Tencent's "Xiao Wu" robot features a hybrid design with wheels and legs, designed for complex environments, particularly in elder care scenarios [3] - UBTECH's "Tian Gong Xing Zhe" humanoid robot is the first research-grade full-size humanoid robot priced below 300,000 yuan, capable of navigating various terrains [3] Technological Innovations - The conference highlighted advancements in sensory technology, such as the high-resolution "visual tactile sensor" developed by Daimeng Robotics, which can accurately capture three-dimensional force distributions [5] - Shenzhen's companies are also innovating in robotic arms and mobility systems, with products designed for diverse applications, including security inspections and industrial automation [6][7] Ecosystem and Supply Chain - Shenzhen has established a complete ecosystem for robot manufacturing, encompassing core components like tactile sensors, laser radars, and servo electronics, facilitating efficient supply chain interactions [7] - The industry is characterized by a strong integration of hardware and software capabilities, with local firms excelling in both manufacturing and technological services [7]