KEYWORDS: Radar, Target detection, Target recognition, Sensors, Data fusion, System integration, Optoelectronics, Data storage, Data processing, Radar sensor technology
To solve the problem of single means target detection which is difficult to detect and identify Low Slow Small (LSS) target, We propose a method of LLS target detection and recognition based on Radar photoelectric integrated system(RPIS).In depth analysis of the working principle of the Radar photoelectric integrated system(RPIS),experiments has been conducted to verifies the detection and recognition ability of the system to the LSS target.Aiming at the problems exposed in the experiments,We put forward countermeasures like space and time error correction,data fusion of multiple heterogeneous sensors and integrated classification and identification data processing.It is of great significance for Air defense early warning system to solve the difficult problem of LSS target identification.
A Ka-band microwave photonic imaging radar demonstrator with 10.02 GHz-bandwidth is proposed and experimentally demonstrated. Continuous linear frequency waveform is optically generated in the transmitter and processed in the receiver. The range resolution of the demonstrator is tested to be 1.68 cm. Out-field tests while demonstrator works at inverse synthetic aperture radar (ISAR) and synthetic aperture radar (SAR) mode are carried out to image different targets.
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