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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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[Ministry of Natural Resources: Comprehensive investigation of risks and hazards in the Jilong debris flow disaster area] On August 30, it was learned from the Ministry of Natural Resources that the Ministry of Natural Resources has currently launched a comprehensive investigation of risks and hazards in the Jilong debris flow disaster area, and has initially identified 8 high-risk geological disaster points. The Ministry of Natural Resources stated that it is currently continuing to mobilize professional and technical forces, focusing on the ice avalanche source area, barrier lake, along the channel and around the basin, to carry out emergency mapping and risk hazard investigation of the disaster impact area by region, and to strengthen geological disaster inspections and inspections in key areas such as emergency rescue channels, surrounding villages and resettlement sites. Combining remote sensing interpretation and on-site surveys, experts from the front and rear have interpreted a total of more than 60 geological disaster hazard points in the disaster-affected area, and initially determined 8 high-risk points. The Ministry of Natural Resources recommends that drone aerial surveys combined with manual inspections be used for monitoring during the search and rescue period, and requires further strengthening risk monitoring of debris flow source areas, and continuing to carry out risk analysis, monitoring and early warning for potential collapse and landslide hazards caused by scraping of trenches along the debris flow path.