Abstract
Sparse-array Synthetic Impulse and Aperture Radar (SIAR) can isotropically radiate by employing multiple frequencies (synthetic pulse) and multiple antennas (synthetic antenna). According to Ambiguity Function(AF), its range resolution depends only on bandwidth of transmitted signals, however, the distance grating lobes emerge when increasing the time-bandwidth product of transmitted signals. The performance of pulse compression is analyzed with the transmitted signals modulated by phase-coded sequences. It is seen that greater ratio of pulse compression and suppression of range sidelobe in SIAR can be obtained, and its effective range and range resolution is increased as well.
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References
J. Dorey, G. Garnier, G. Auvray, RIAS, synthetic impulse and antenna radar, International Conference on Radar, Paris: 1989, 556–562.
Bao Zheng, Zhang Qingwen, A new style metric wave radar (synthetic impulse and aperture radar, Modern Radar, 17(1995)1, 1–13, (in Chinese).
Zhang Qingwen, Bao Zheng, Time-space 3D matched filtering and performance analysis of SIAR, Journal of Electronics, 16(1994)5, 481–489, (in Chinese).
D. R. Wehner, High Resolution Radar. Artech House, 1987, Chapter 3.
Chen Baoxiao, Researches on 4D tracking and long-time coherent integration for synthetic impulse and aperture radar [thesis of Ph. D. degree]: Xidian University, 1997, (in Chinese).
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Chen, B., Zhang, S. Performance analysis of pulse compression using phase-coded signals for sparse-array synthetic impulse and aperture radar. J. of Electron.(China) 15, 332–338 (1998). https://doi.org/10.1007/s11767-998-0007-x
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DOI: https://doi.org/10.1007/s11767-998-0007-x