Dynamic monitoring system and method for aerial quick response

Abstract

The invention relates to a dynamic monitoring system and method for an aerial quick response. The dynamic monitoring method comprises the steps that the dynamic monitoring system is built, aerial photography data are classified and marked while real-time monitoring is conducted, and retrieval, browsing and post treatment, including splicing and target positioning, of images of interest can be quickly completed after a flight mission is accomplished. According to the dynamic monitoring system and method for the aerial quick response, a data acquisition process during a flight and a data processing process after the flight are related through interest marks, and fast retrieval of the aerial photography data is greatly facilitated; meanwhile, through the strategy that original high-resolution images and size-compressed images are connected, as a result, it is guaranteed that the data compaction process is quick, and reconnaissance application value of high-resolution detail information is retained.

Description

technical field [0001] The invention belongs to the field of intelligence, monitoring and reconnaissance, and relates to an air rapid response dynamic monitoring system and a dynamic monitoring method thereof. The system classifies and marks the aerial photography data while monitoring in real time, so that after the flight mission is completed, it can quickly complete the retrieval, browsing and post-processing of the pictures of interest, including splicing and target positioning. Background technique [0002] In modern local wars and counter-terrorism and stability maintenance, intelligence, surveillance and reconnaissance (ISR) systems have played an increasingly important role, covering space reconnaissance systems, new unmanned reconnaissance aircraft, long-range early warning aircraft systems, and integrated air and missile defense systems, etc. four aspects. Compared with satellite reconnaissance systems, unmanned reconnaissance aircraft has higher flexibility and m...

AI Technical Summary

Problems solved by technology

Even with a high-performance server cluster, it is very time-consuming to read massive amounts of data from the onboard storage alone. Since the two processes of data collection and data processing are irrelevant to each other, the completely isolated processing mode is not conducive to the rapid retrieval of data. It takes a lot of time; but putting data acquisition and data processing in the execution of flight missions greatly increases the difficulty of hardware implementation for fast processing of airborne data, and poses a great challenge to the strict power consumption requirements of UAVs.

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