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[China has made important breakthroughs in the key technology field of high-end remote sensing dynamic imaging] September 2, according to the State Administration for Market Regulation, China has recently made important breakthroughs in the key technology field of high-end remote sensing dynamic imaging. In response to the mutual constraints of lightweight, low-power consumption, and high-dynamic imaging performance that urgently need to be solved in the fields of drones, satellites, and robots, the State Administration for Market Regulation (Light Sensing and Image Metrology) established by China Jiliang University, in conjunction with Beijing University of Aeronautics and Astronautics and other organizations, organized technical research and achieved centimeter-level ultra-high-resolution three-dimensional imaging under small and low-power constraints, solving the problem of accurate capture and analysis of scene information in industries such as low-altitude economy and intelligent vision. According to reports, the research team has made breakthroughs in core key technologies such as "miniaturized low-power ultra-high-resolution imaging, high-precision transfer function dynamic aberration compensation, and three-dimensional high-precision reconstruction of strong noise environments." The relevant results have independent intellectual property rights, and the overall technology has reached the international advanced level, and some of the technologies are at the international leading level. At present, relevant technological achievements have been applied in fields such as drones, aerospace, forest fire prevention, security, border and coastal defense, industrial robots, special equipment monitoring, smart cities, etc., with significant economic and social benefits.
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[The world's first space computing power cloud built by China to provide on-orbit test services to the outside world has officially provided on-orbit computing power services on a regular basis] August 31, according to Beijing University of Posts and Telecommunications, the world's first space computing power cloud to provide on-orbit test services to the outside world, led by the school, has officially provided on-orbit computing power services on a regular basis. Since being put into on-orbit service, the space computing power cloud has been operating stably and has supported on-orbit test missions in key scenarios such as on-orbit big data computing, 6G communications, and distributed storage. It has supported hybrid key mission deployments, has completed hundreds of space computing power calls, and served more than 100 users. Based on the domestic native software and hardware ecosystem, the large model inference energy efficiency ratio has reached 10 Tokens/J, and the space computing power service coverage has exceeded 10%. It is understood that at present, the space computing power cloud has formed continuous service capabilities in real-time data processing, low-latency intelligent decision-making, and satellite network capability iteration, expanding new service boundaries and application scenarios for various satellite systems. Its value lies not only in "sending computing power into space", but also in establishing a set of schedulable, reusable and operable on-orbit digital infrastructure. This will promote the evolution of satellites from single mission carriers to networked intelligent nodes, accelerate the transformation of the space information industry from "delivery of hardware" to "continuous delivery of services", and cultivate new industry growth points for satellite Internet, 6G, commercial aerospace and emergency communications. (Science and Technology Daily)