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[Google launches test satellite equipped with AI chip] On October 3, a prototype satellite equipped with Google's Tensor Processing Unit (TPU) chip was recently launched by Google in the United States to test the operating performance of the chip in the space environment and study whether artificial intelligence (AI) infrastructure can be deployed in space in the future. This prototype satellite is equipped with 4 Google TPU chips and was launched by the "Transporter-18" mission of the American Space Exploration Technology Company. Google said that its team has established communication with the satellite and that the satellite is currently operating normally. Google said the launch is part of a long-term study to explore whether scalable machine learning infrastructure can be deployed in space in the future. Google said it will collect satellite in-orbit operation data in the next few weeks, focusing on evaluating the TPU chip's ability to withstand physical stress during space flight and radiation and extreme temperatures in the space environment, and improve future related designs accordingly. According to information from Google, TPU is specially built to accelerate machine learning and AI computing, providing support for various applications such as large language models and complex reasoning agents. In low-Earth orbit, satellites can obtain nearly continuous sunlight, and solar power generation can reach up to 8 times that of the ground level. In the future, it may be possible to interconnect multiple satellite constellations to handle larger-scale AI computing tasks in orbit. (CCTV News)
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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.