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[The national standard "Technical Requirements for Format Documents of Electronic Medical Records" is released, and a new plan for mutual recognition of medical data is coming] The reporter learned today that the State Administration for Market Regulation approved the release of the national standard "Technical Requirements for Format Documents of Electronic Medical Records" (OFD-H standard), which will be officially implemented from April 29, 2027. Electronic medical records are the core of the intelligent construction of medical institutions. In 2025, the total number of diagnoses and treatments in the country will reach 10.65 billion, and a huge amount of complex electronic medical record data will be generated during the diagnosis and treatment process. There are many medical institutions with various systems and different formats of electronic medical records, which has caused problems such as difficulty in integrating information systems, difficulty in data integration and sharing, and difficulty in archiving and utilizing medical records. Standards are being developed to address these challenges. OFD is a format document standard independently developed by China and is known as "China's PDF". Based on this, OFD-H establishes unified specifications based on the characteristics of China's electronic medical records, and upgrades medical record security protection based on domestic commercial passwords. It provides solid technical support for verifying the source of documents and preventing content tampering, which is conducive to improving the independent guarantee capabilities of key medical data and core business, and safeguarding the legitimate rights and interests of both doctors and patients. After medical institutions complete the unified adaptation, they can not only access medical records from different institutions, but also verify sources and extract data, reducing duplication of system connections and providing convenience for referrals, regional medical collaboration, and Internet medical care. At the same time, it can also integrate information such as medical records, medical images, audio and video, and structured data, and supports visual viewing (human reading) and computer reading (machine reading). It is not only convenient for doctors and patients to view, but also provides systematic multi-modal data for clinical diagnosis and treatment, scientific research, and artificial intelligence applications. Optimizing file organization and resource storage can effectively reduce medical record storage and exchange costs and provide strong support for archive utilization.
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[Deputy Governor of the People's Bank of China Lu Lei: Willing to strengthen cooperation with ASEAN countries to jointly analyze new financial risks derived from artificial intelligence technology] On September 18, Lu Lei, Deputy Governor of the People's Bank of China, delivered a speech at the China-ASEAN Financial Cooperation and Development Forum on the theme of "Deepening Artificial Intelligence Cooperation in the Financial Field between China and ASEAN." Lu Lei said that in China's practice, we have always insisted on coordinating development and security, guiding financial institutions to steadily and orderly promote artificial intelligence applications, not only fully activating its potential in massive data processing, complex pattern recognition, and multi-modal content generation, but also giving full play to people's core advantages in value judgment, ethical decision-making, innovation and creation, etc., and striving to achieve safe, reliable, and controllable artificial intelligence financial applications. "We are willing to strengthen cooperation with ASEAN countries to jointly study and judge new financial risks derived from artificial intelligence technology, exchange practical experience in full life cycle management of models and algorithm risk prevention and control, improve the security protection system that is compatible with digital and intelligent development, and build a strong security barrier for 'artificial intelligence + finance'," Lu Lei said.
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[Nine departments including the Ministry of Industry and Information Technology: Promote technological innovations such as artificial intelligence models and agents and take the lead in their application in the automotive industry] On September 11, nine departments including the Ministry of Industry and Information Technology issued the "15th Five-Year Plan for the Development of the Intelligent Networked New Energy Vehicle Industry." The plan proposes to strengthen the construction of basic artificial intelligence capabilities. Promote technological innovations such as artificial intelligence models and agents, and take the lead in their application in the automotive industry. Accelerate the construction of pilot bases for automotive artificial intelligence applications, and promote industry enterprises to build intelligent computing facilities through a combination of public and private ownership. Encourage enterprises to open up more application scenarios and promote the construction of a new ecosystem for the comprehensive application of artificial intelligence technology. Deepen the application of artificial intelligence technology in vehicles. Strengthen the application of artificial intelligence in vehicle energy management, motion control, multi-modal human-computer interaction, personalized and proactive services, and intelligent fault prediction. Through in-vehicle cross-domain collaboration, functions such as cabin-driving integration and full-scenario adaptive control are realized. Promote ecological interconnection between cars and smart robots, smart homes, smart wearables, etc.
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[Hubei: Focus on optical communications, high-end chips, Beidou high-precision positioning, etc. to carry out concentrated research and promote original innovations in cutting-edge directions such as artificial intelligence, embodied intelligence, quantum technology, brain-computer interface, 6G] On September 10, the Hubei Provincial People's Government issued the "15th Five-Year Plan for the Construction of Digital Hubei". The plan points out that research on key technologies in the field of digital intelligence will be strengthened. Carry out concentrated research around optical communications, high-end chips, Beidou high-precision positioning, communication, navigation and remote integration, Internet of Things, heterogeneous computing power scheduling, multi-modal artificial intelligence, and trusted data circulation, and promote original innovations in cutting-edge directions such as artificial intelligence, embodied intelligence, quantum technology, brain-computer interfaces, and 6G. Promote iterative optimization and lightweight adaptation of general large models, and build industry models focusing on industry, cultural tourism, water conservancy, emergency and other fields. Improve the level of independent and controllable security. Relying on the East Lake Science City, the Optics Valley Science and Technology Innovation Corridor, and the National Memory Base, we will carry out independent secure computing key technology research around storage and computing integration, computing power chips, operating systems, databases, middleware, etc., and strengthen the research and development of underlying technologies. Promote the pilot application of autonomous security computing in government affairs, finance, energy, and key industries. Build an innovative ecosystem that deeply integrates industry, academia, and research. Build high-level scientific research platforms and talent bases around optoelectronic information, intelligent connected cars, 6G, quantum technology and other directions. Lay out a concept verification center in the field of digital intelligence and strive to create a national artificial intelligence application pilot base. Support the construction of an industry-education integration platform, accelerate the layout of disciplines such as embodied intelligence, data science and engineering, and support vocational colleges to strengthen the cultivation of digital skills talents. Innovate technology financial models and products, and guide social capital to invest in early digital intelligence technology projects.
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[Beijing: Promote full-stack autonomy and all-domain applications to seize the commanding heights of global competition in artificial intelligence] On September 9, the Beijing Municipal People's Government issued the "Beijing High-Precision Industry Development Plan during the 15th Five-Year Plan Period." It pointed out that we should promote full-stack autonomy and global applications to seize the commanding heights of global competition in artificial intelligence. Strengthen the security resilience of the independent ecosystem, improve the capabilities of the artificial intelligence system software stack, and accelerate the deployment of a new domestic computing power architecture. Strengthen algorithm theoretical innovation, guide large language models and multi-modal models to compete globally, create a scientific intelligence and embodied intelligence innovation highland, and lay out world models in a forward-looking manner. Promote the evolution of intelligent agents to autonomous execution, accelerate the research and development of key standard protocols, build a control engineering software stack, and develop intelligent agent Internet services. Enrich model service supply capabilities, build a word settlement system, and create a word factory, covering full chain services such as word production, distribution, and consumption. Comprehensively implement the "artificial intelligence +" action, take the construction of a national artificial intelligence application pilot base as a guide, and promote artificial intelligence to empower key areas such as medical care, manufacturing, and education. Cultivate open source projects and open source communities with international influence, and build a collaborative innovation hub for global developers.
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[Beijing: Accelerate the deployment of a new architecture for domestic computing power and promote the evolution of intelligent agents towards autonomous execution] On September 9, the Beijing Municipal People's Government issued the "Beijing High-Precision Industry Development Plan during the 15th Five-Year Plan Period". It pointed out that in terms of artificial intelligence, promote full-stack autonomy and global applications to seize the commanding heights of global competition in artificial intelligence. Strengthen the security resilience of the independent ecosystem, improve the capabilities of the artificial intelligence system software stack, and accelerate the deployment of a new domestic computing power architecture. Strengthen algorithm theoretical innovation, guide large language models and multi-modal models to compete globally, create a scientific intelligence and embodied intelligence innovation highland, and lay out world models in a forward-looking manner. Promote the evolution of intelligent agents to autonomous execution, accelerate the research and development of key standard protocols, build a control engineering software stack, and develop intelligent agent Internet services. Enrich model service supply capabilities, build a word settlement system, and create a word factory, covering full chain services such as word production, distribution, and consumption. Comprehensively implement the "artificial intelligence +" action, take the construction of a national artificial intelligence application pilot base as a guide, and promote artificial intelligence to empower key areas such as medical care, manufacturing, and education. Cultivate open source projects and open source communities with international influence, and build a collaborative innovation hub for global developers.
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[Seven departments: Explore the 800V high-voltage DC power supply architecture for computing power facilities and promote the deployment of single cabinets exceeding 100 kilowatts] On September 4, seven departments including the Central Cyberspace Administration of China jointly issued the "Implementation Plan for Promoting Digital Green Collaborative Transformation and Development (2026-2030)". It is mentioned that the green and low-carbon development of computing power facilities. Strengthen the green design of computing power facilities, support the innovation and promotion of technological innovations such as liquid cooling, waste heat recovery, and low-power chips, explore the 800V high-voltage DC power supply architecture for computing power facilities, and promote the deployment of single cabinets exceeding 100 kilowatts. Optimize the green operation model of computing facilities, focus on key technologies such as digital twin simulation and multi-modal perception, deepen the innovative application of artificial intelligence algorithms in green operation scenarios, build an intelligent management system covering the entire life cycle of computing facilities, and achieve real-time monitoring, prediction, and dynamic adjustment of energy efficiency, as well as intelligent operation and maintenance of computer rooms. Promote the coordinated development of computing power and electricity, coordinate the green power demand of computing power facilities and the consumption of new energy, guide the concentration of computing power resources in clean energy-rich areas such as wind, solar and water, research on technologies and standards such as coordinated dispatching of computing power and power, green power direct connection, and efficient, long-lasting, large-capacity new energy storage, carry out green certificates and green power transactions, and strive to increase the proportion of green power usage in computing power facilities. Accelerate the renovation and renovation of "old and scattered" computing power facilities and equipment, promote advanced and applicable energy-saving and carbon-reducing technology and equipment, organize and carry out energy-saving monitoring and energy-saving and carbon-reducing diagnostic services, and guide the energy-saving renovation and upgrading of computing power facilities.
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[Overview of U.S. stock market pre-market news: Google is accelerating TPU iteration; Musk predicts that the world will exceed 1 billion humanoid robots in 10 years; Indonesia's largest nickel industrial park may reduce production by as much as 40%] On September 2, the financial news of the U.S. stock market that investors need to focus on is as follows: 1. The three major U.S. stock index futures rose in the short term and basically recovered their previous losses. Dow Jones futures rose 0.24%, S&P 500 futures rose 0.09%, and Nasdaq 100 futures fell 0.06%. On the news, Williams, the "third in command of the Federal Reserve", said that inflation is on a slow downward trend and interest rates are at a good level. 2. International oil prices turned from rising to falling. WTI crude oil futures prices fell 0.71% to US$89.580/barrel; Brent crude oil futures prices fell 0.47% to US$94.203/barrel. 3. International gold and silver spot prices turned from falling to rising. Spot gold prices rose 0.16% to US$4,335.17 per ounce; spot silver prices rose 0.62% to US$64.46 per ounce. 4. The three major European stock indexes narrowed their losses. Britain's FTSE 100 index fell 0.29%, France's CAC40 index fell 0.08%, and Germany's DAX30 index fell 0.41%. 5. Vahdat, head of Google's AI infrastructure, said that Google is accelerating the development and iteration of its customized AI chip TPU, shortening the chip update cycle from the original two years to launching two models per year, in order to maintain its leading position in the AI ​​competition. 6. Musk predicted that the Grok 4.7 model will be released in 10 days. The Grok 4.7 model parameter size reached 2.1 trillion, an increase of 40% compared to Grok 4.6 (1.5 trillion). 7. Musk said that it is estimated that the number of humanoid robots will exceed 1 billion in the next 10 years. The output of each robot will be at least five times that of human workers, and the productivity will be higher than the total human productivity in the world. 8. Li Feifei’s startup World Labs released “the world’s first multi-modal world model” Atlas, claiming that the model can generate images and video frames with pixel-level precise camera control and reconstruct them in 3D. 9. NASA announced that it has awarded the Mars communication network development contract to Blue Origin to provide reliable high-bandwidth communication and navigation services for its Mars mission. The contract could be worth as much as $700 million. 10. SK Group Chairman Choi Tae-won said that SK Hynix is ​​considering joint production with Japanese semiconductor giant Kioxia Holdings. 11. Deutsche Bank pointed out that optical network business hardware companies are expected to be the biggest winners in the AI ​​era. The bank listed Coherent and Lumentum, which produce optical components and lasers for connecting data centers, as the "most confident" investment targets. 12. Affected by the drought caused by the El Niño phenomenon, the water supply to the smelter in Indonesia's largest nickel industrial park has been restricted, and the park may have to cut production by as much as 40%.