China has made significant breakthroughs in key technologies of high-end remote sensing dynamic imaging

Recently, China has made significant breakthroughs in the key technology field of high-end remote sensing dynamic imaging. In response to the contradiction between lightweight, low-power, and high dynamic imaging performance that urgently needs to be solved in fields such as drones, satellites, and robots, the Key Laboratory of the State Administration for Market Regulation (Optical Sensing and Image Metrology) established by China University of Metrology, in conjunction with Beihang University and other units, has organized technical breakthroughs to achieve centimeter level ultra-high resolution 3D imaging under small low-power constraints, solving the problem of accurate capture and analysis of scene information in industries such as low altitude economy and intelligent vision. It is reported that the research team has broken through core key technologies such as "miniaturized low-power ultra-high resolution imaging, high-precision transfer function dynamic aberration compensation, and strong noise environment 3D high-precision reconstruction". The related achievements have independent intellectual property rights, and the overall technology has reached the international advanced level, with some technologies at the international leading level. At present, relevant technological achievements have been applied in fields such as unmanned aerial vehicles, aerospace, forest fire prevention, security, border defense, industrial robots, special equipment monitoring, smart cities, etc., with significant economic and social benefits.