本报讯(记者舒娅疆)1月16日，由成都传媒产业集团旗下红星传媒联合中国人工智能产业发展联盟数据 委员会主办的第三届"大模型大未来"人工智能大模型基准测试发展大会暨人工智能高质量数据集炼金工 坊生态行在四川成都举行。来自清华大学、天津大学、中国信通院人工智能研究所等知名高校和研究机 构的专家学者进行了主题分享，现场汇聚了近百家企业代表，200余名与会者交流了人工智能领域的前 沿技术并探讨场景落地路径。 大会现场还发布了《教育场景大模型核心价值观对齐能力评测白皮书》，为模型研发优化、行业治理体 系构建以及未来标准制定提供重要参考依据。 作为已成功连续举办三届的人工智能领域IP活动，本次大会凝聚行业集体智慧，落地了三项重要成果： 高校大模型联盟扩容，打通产学研协同链路；15个标杆案例发布，彰显行业应用深度；教育场景白皮书 发布，为行业标准制定提供参考。 在当天的活动现场，全国高校大模型创新发展联盟完成第二批成员授牌，新增海光信息、中国移动 （600941）、科大讯飞（002230）、海天瑞声、东方国信（300166）等核心企业成员。该联盟由红星新 闻联合北京大学、天津大学、上海交通大学等10余所高校于2024年发起 ...

Core Viewpoint - The article highlights the advancements in military technology, particularly focusing on the integration of unmanned systems and new combat strategies, which enhance operational effectiveness in modern warfare [1][5]. Group 1: New Combat Systems - The "Machine Wolf" system features three types: combat, transport, and reconnaissance, each serving distinct roles in battlefield operations [5]. - The integration of unmanned platforms allows for the execution of traditional infantry tactics, enhancing precision and operational capabilities [5]. Group 2: Air Force Innovations - The "Three Musketeers" of the People's Air Force includes the stealth drone Attack-11, which is designed for high-precision strikes and can operate in conjunction with advanced fighter jets like the J-20 and J-16D [7][11]. - The Attack-11 drone is characterized by its stealth capabilities, long endurance, and internal weapon storage, making it suitable for various combat missions [7]. Group 3: Defense Systems - The "Iron Triangle" defense system comprises laser weapons, high-power microwave weapons, and combined artillery systems, designed to counter unmanned aerial threats effectively [13][14]. - Directed energy weapons, such as lasers and high-energy microwaves, offer rapid response, high accuracy, and low operational costs, making them effective against small, slow-moving targets like drone swarms [18].

Core Viewpoint - The Chinese military is actively participating in international counter-terrorism joint exercises, showcasing advanced domestic weapons and unmanned intelligent equipment, highlighting the modernization of counter-terrorism operations under high-tech conditions [1]. Group 1: Joint Exercises - In December, Chinese personnel and equipment arrived in Pakistan to participate in counter-terrorism exercises at the Pabbi National Counter-Terrorism Training Center [3]. - The exercises featured the Chinese Z-10 attack helicopters and "Mengshi" armored vehicles conducting air-ground strikes against simulated enemy targets hidden in caves [3]. - The exercises also included a variety of Chinese-made unmanned aerial vehicles (UAVs) and advanced weaponry, demonstrating the capabilities of the Chinese military [3][6]. Group 2: Weaponry and Equipment - The Chinese military showcased new lightweight and high-precision infantry weapons, including a new type of heavy machine gun that is the lightest in its class globally [6]. - The new artillery systems, such as the lightweight grenade launchers, were highlighted for their effectiveness in various combat environments, potentially enhancing Pakistan's counter-terrorism operations [6]. - The joint training with Singapore focused on urban counter-terrorism operations, utilizing unmanned intelligent equipment for reconnaissance and engagement in complex urban settings [6][7]. Group 3: Technological Advancements - The increasing presence of unmanned intelligent equipment in joint exercises indicates the growing maturity of the Chinese military's tactical applications in this emerging field [7].

Core Viewpoint - The article highlights the significant advancements in China's military capabilities, particularly in the integration of new technologies such as drones, AI, and network information systems, which are crucial for modern warfare and achieving the military's centenary goals [1][3][5]. Group 1: Military Advancements - The Chinese military has showcased new operational capabilities through various training exercises, emphasizing the role of unmanned systems and AI technologies [1][3]. - The 2023 military parade demonstrated breakthroughs in land, sea, and air operations, with new unmanned equipment playing a pivotal role in combat scenarios [1][3]. - The integration of unmanned systems into standard operational procedures signifies a shift from mere demonstration to practical application in real combat situations [5][7]. Group 2: Technological Innovations - The introduction of the Fujian aircraft carrier marks China's entry into the "three-carrier era," utilizing advanced electromagnetic catapult technology, which only a few countries have mastered [5][7]. - Recent successful flights of the Rainbow-7 high-altitude, long-endurance drone indicate significant progress in China's stealth drone technology, positioning the country among the few with such capabilities [7]. - The military's focus on integrating new technologies into traditional combat forces enhances operational efficiency and effectiveness, reflecting a strategic shift in military development [5][7]. Group 3: Future Warfare Strategy - Experts predict that future battlefields will rely on systems and algorithms for decision-making and engagement, highlighting the importance of intelligent equipment in modern warfare [3][5]. - The military aims to gain the initiative in future conflicts by exploring new strategies and technologies, ensuring a competitive edge in evolving warfare landscapes [5][7]. - The increasing emphasis on new domain capabilities is seen as a critical indicator of military modernization and a driving force behind China's defense strategy [7][8].

Group 1 - The article highlights the impressive advancements in technology, specifically mentioning the capabilities of robotic wolves [1] - It emphasizes the significance of these developments, suggesting a transformative impact on various sectors [1] - The mention of "three-three system" indicates a structured approach or methodology being adopted in the technology [1]

Core Viewpoint - The article highlights the advancements in robotic technology showcased at the World Robot Conference, particularly focusing on the capabilities of various robotic dogs designed for industrial and security applications [1][3][5]. Group 1: Robotic Innovations - The introduction of industrial inspection robotic dogs capable of detecting toxic and harmful gases [1] - The presence of laser-equipped robotic dogs that can inflict damage on small targets with hundreds of watts of power [3] - A robotic dog designed with large "eyes" that can deploy capture nets and stun grenades upon detecting threats [5] Group 2: Enhanced Capabilities - Four-legged robots have evolved to perform vehicle recognition, harmful gas detection, sound and light alarms, and even nuclear and biochemical detection [7] - These robots can navigate complex terrains and have the ability to autonomously recharge, eliminating concerns about power depletion [9] Group 3: Communication and Coordination - Robotic dogs utilize 5G networks, radio, and Wi-Fi for silent communication and networking, allowing them to coordinate effectively for special tasks [11]

Core Insights - The World Robot Conference showcased advanced robotic dogs, including industrial inspection models capable of detecting toxic gases [1] - Laser-equipped robotic dogs were introduced, featuring hundreds of watts of power for targeting and igniting small objects [3] - Robotic dogs with net-launching capabilities and stun grenade functions were also presented, enhancing their operational versatility [4] Group 1 - The four-legged robots have evolved to perform various tasks such as vehicle recognition, harmful gas detection, and nuclear-biochemical detection [6] - These robots can navigate complex terrains and have the ability to autonomously recharge, eliminating concerns about power depletion [8] - Communication among these robotic units is facilitated through 5G networks, radio, and Wi-Fi, allowing them to coordinate effectively for special missions [10]

Core Insights - The World Robot Conference showcased advanced robotic technologies, particularly focusing on the capabilities of robotic dogs designed for various tasks, including reconnaissance and hazardous material detection [1][7]. Group 1: New Capabilities of Robotic Dogs - Industrial inspection robotic dogs can detect toxic and harmful gases, enhancing safety in hazardous environments [1]. - Laser-equipped robotic dogs can inflict damage on small targets with laser devices that have power ratings in the hundreds of watts [3]. - Some robotic dogs are equipped with nets for capturing targets and can also deploy stun grenades upon detecting threats [5]. Group 2: Technological Advancements - Four-legged robots have evolved to perform vehicle recognition, harmful gas detection, and even nuclear and biochemical detection, showcasing their versatility [7]. - These robots can navigate complex terrains and have the ability to autonomously recharge, reducing operational downtime [9]. Group 3: Communication and Coordination - Robotic dogs utilize 5G networks, radio, and Wi-Fi for silent communication, allowing them to coordinate effectively during missions [11].

Core Viewpoint - The article discusses the integration of robotic technology and laser weapons, highlighting the advancements in military and civilian applications, particularly focusing on the "machine wolf" and laser-equipped robotic dogs. Group 1: Robotic Technology - The "machine wolf" is a four-legged robotic platform developed by a subsidiary of China Weaponry Equipment Group, designed for military applications, featuring advanced mobility and autonomous capabilities [7]. - The robotic dog developed by Sichuan Hong'an Base Intelligent Technology Co., Ltd. is a civilian product that integrates a laser clearing device, capable of cutting trees with a maximum power of 2000 watts [4][5]. - The laser clearing device can cut trees with a diameter of 20 to 30 centimeters in about one minute, showcasing the efficiency of the technology [4]. Group 2: Military Applications - The "machine wolf" is designed for various military operations, including reconnaissance, explosive ordnance disposal, and support roles, with a modular design allowing for quick adaptation to different missions [7][9]. - The integration of laser weapons with robotic platforms is seen as a potential future direction for combat, leveraging the high mobility and stealth of robotic dogs [8][10]. - The cost-effectiveness of robotic dogs and tactical laser weapons compared to traditional military equipment like fighter jets and tanks makes them suitable for high-risk missions with minimal casualties [10]. Group 3: Market Potential - The global laser weapon market is projected to grow from $6.7 billion in 2024 to $33.4 billion by 2034, with a compound annual growth rate of 17.6% [13]. - Companies like Lianchuang Optoelectronics and Ruike Laser are leading in the development of military-grade laser systems, with significant advancements in technology and market presence [12][14]. - The integration of laser systems into various platforms, including vehicles and drones, is becoming increasingly feasible, indicating a shift towards more advanced military capabilities [8][10].

Group 1 - President Xi Jinping will attend the BRICS leaders' online summit on September 8, 2023, at the invitation of Brazilian President Lula, where he will deliver an important speech [1] - The 80th anniversary commemorative event of the victory in the Chinese People's Anti-Japanese War and the World Anti-Fascist War was held in Beijing on September 3, 2023, showcasing domestically produced military equipment [7] - The Beijing Municipal Medical Insurance Bureau has released an operational guide for opening personal account payment permissions for cross-regional medical treatment, effective immediately upon successful application [9] Group 2 - The "8·8" housing policy in Beijing has led to a significant increase in both new and second-hand housing transaction volumes, with a notable rise in customer visits and contract signings [11] - The global largest computer museum, in collaboration with the China Computer Society and located in Dongyang, Zhejiang Province, is expected to open in September 2026 [14] - The Beijing Art Center, designed by the Third Architectural Design Institute of Beijing, has won the 2025 IAA International Architecture Award in the public cultural center category [16]