Results 251 to 260 of about 247,264 (281)
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Waveform design for electroseismic exploration
SEG Technical Program Expanded Abstracts 2005, 2005Abstract In earlier work, we described field tests that successfully detected electromagnetic-to-seismic (ES) conversions from gas sands and carbonate reservoirs. ES conversion amplitudes measure the electric properties of permeable rock with near-seismic resolution. This information is a new indicator of hydrocarbons.
Scott C. Hornbostel, A. H. Thompson
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Radar Spectrum Coexistence Waveform Design with Multiple Waveform Constraints
2023 8th International Conference on Computer and Communication Systems (ICCCS), 2023Qinxian Chen +5 more
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Adaptive waveform design for tracking
2012Waveform-agile design approaches for target tracking involve the adaptive configuration of the next transmit waveform by optimizing some cost function such as the predicted mean-squared tracking estimation error. These approaches are shown to be advantageous for complex radar tracking, such as when the received waveforms have originated from multipath ...
Antonia Papandreou-Suppappola +5 more
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Classical radar waveform design
2012The waveform determines the delay-Doppler response of a radar system. From that response, one can derive the radar's range and velocity resolution and their ambiguities. This chapter explains the concept and motivation for pulse compression. It then describes narrow-band signals and their major signal processing and analysis tools - the matched filter ...
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SAR Waveform and Mismatched Filter Design for Countering Interrupted-Sampling Repeater Jamming
IEEE Transactions on Geoscience and Remote Sensing, 2022Kai Zhou, Dexin Li, Sinong Quan
exaly
Information-theoretic waveform design for MIMO radar detection in range-spread clutter
Signal Processing, 2021Bo Tang, Petre Stoica
exaly
2014
Abstract A confluence of steady advances in radar enabling technologies, and ever increasing demands on radar performance in challenging environments, has afforded a re-examination of the fundamental theoretical framework upon which classical waveform design is based.
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Abstract A confluence of steady advances in radar enabling technologies, and ever increasing demands on radar performance in challenging environments, has afforded a re-examination of the fundamental theoretical framework upon which classical waveform design is based.
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