Autocorrelation Function of Return Waveforms in High Precision Spaceborne Radar Altimeters Employing Chirp Transmit Pulses(Sensing)
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概要
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This paper analyses the autocorrelation function of return waveforms in high precision radar altimeters employing chirp-pulse transmit signal under the condition of near-nadir deviations of the antenna boresight axis. It is shown that in case of ultra wideband transmit signals providing very high time resolution the correlation function can be approximated by a product of two separate functions of time.
- 社団法人電子情報通信学会の論文
- 2007-11-01
著者
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Kononov Anatoliy
Korea Polytechnic University
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KA Min-Ho
Korea Polytechnic University
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BASKAKOV Aleksandr
Moscow Power Engineering Institute
関連論文
- Autocorrelation Function of Return Waveforms in High Precision Spaceborne Radar Altimeters Employing Chirp Transmit Pulses(Sensing)
- Ambiguity Problem in the Earth's Surface Altimetry(Sensing)
- Estimation of Sea Wave Heights by Two-Frequency Cross-Correlation Function of Reflected Signals of a Spaceborne Radar Altimeter with Nadir Synthesis of Antenna Aperture
- Improvement of the Range Impulse Response Function of a Interferometric Synthetic Aperture Radar