Showing 21 - 40 results of 150 for search '"Imaging radar"', query time: 0.18s Refine Results
  1. 21

    A Method for Along-Track Interferometric Phase Elimination of Large Baseline Imaging Radar Altimeter by Haifeng Kou, Bo Liu, Bing Li, Xiaonan An, Jie Liu

    Published 2024-01-01
    “…The large baseline imaging radar altimeter (LB-IRA), deployed in a dual-satellite formation, enhances altimetric accuracy to sub-centimeter levels through the use of helical orbits to extend the interferometric baseline. …”
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    Article
  2. 22

    Through-wall Human Pose Reconstruction and Action Recognition Using Four-dimensional Imaging Radar by Rui ZHANG, Hanqin GONG, Ruiyuan SONG, Yadong LI, Zhi LU, Dongheng ZHANG, Yang HU, Yan CHEN

    Published 2025-02-01
    “…To address these issues, this study proposes an innovative architecture for through-wall human sensing using a 4D imaging radar. The core of this approach is the ST2W-AP fusion network, which is designed using a stepwise spatiotemporal separation strategy. …”
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  3. 23

    X-Band 16-Channel Transmit-Receive Plank Unit for High-Resolution Imaging RADAR by K. Sreenivasulu, Kamla Prasan Ray, D. Srinivasa Rao, Pramod Kumar, A. Vengadarajan

    Published 2024-01-01
    “…This article presents a comprehensive design framework and realization approach for a state-of-the-art, X-band 16-channel Transmit-Receive (TR) plank unit for high-resolution imaging radar applications. The Transmit-Receive Module (TRM) is the most critical component of Active Electronically Scanned Arrays (AESA), which are widely used in Radar, Electronic Warfare (EW), and Communication systems. …”
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    Over-the-Air Calibration of mmW Imaging Radars Using Uncorrelated Continuous Wave Signals by Simon Heining, Reinhard Feger, Christoph Wagner, Andreas Stelzer

    Published 2023-01-01
    “…Magnitude and phase variations of radio-frequency channels in multiple-input multiple-output imaging radars require an accurate calibration in order to reduce side-lobe levels in the radar image and thus counteract missed detections. …”
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  6. 26

    Through-Wall Multi-Subject Localization and Vital Signs Monitoring Using UWB MIMO Imaging Radar by Zhi Li, Tian Jin, Yongpeng Dai, Yongkun Song

    Published 2021-07-01
    “…To detect the vital signs of multiple subjects, we employ a low-frequency ultra-wideband (UWB) multiple-input multiple-output (MIMO) imaging radar and derive the relationship between radar images and vibrations caused by human cardiopulmonary movements. …”
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  7. 27

    Ultra-Wideband Indoor Channel Modelling Using Ray-Tracing Software for through-the-Wall Imaging Radar by Christophe Lièbe, Pierre Combeau, Alain Gaugue, Yannis Pousset, Lilian Aveneau, Rodolphe Vauzelle, Jean-Marc Ogier

    Published 2010-01-01
    “…Finally, a configuration of through-the-wall imaging radar is proposed, with different antennas patterns and different targets. …”
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    A modified Goldstein filter for interferogram denoising of interferometric imaging radar altimeter based on multiple quality-guided graphs. by Jian Liu, Huili Zhang, Lihua Wang, Zhiyong Wang

    Published 2024-01-01
    “…Simulated data, TSX/TDX data and airborne interferometric imaging radar altimeter data were used to verify the performance of the new algorithm. …”
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    Article
  16. 36

    A Dielectric-Filled Waveguide Antenna Element for 3D Imaging Radar in High Temperature and Excessive Dust Conditions by Ding Xu, Zhiping Li, Xianzhong Chen, Zhengpeng Wang, Jianhua Wu

    Published 2016-08-01
    “…The measurement results show that the proposed antenna element works very well in industrial 3D imaging radar.…”
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  17. 37

    A p-HEMT 920 ps True Time Delay Line Integrated Circuit for X-Band Imaging Radars by Kilari Sreenivasulu, Kamla Prasan Ray, Manu Raj, Sandeep Chaturvedi

    Published 2024-11-01
    “…Abstract This paper presents a novel design of an X-band (812 GHz) 4-bit monolithic microwave integrated circuit (MMIC) type true-time-delay (TTD) line for wideband high-resolution imaging radar applications. The designed TTD line circuit offers a maximum time delay of 920 picoseconds (ps) using eight 115 ps delay elements and a distributed switching network. …”
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