Results 251 to 260 of about 20,924 (314)
Radar-Based Fall Detection Using Micro-Doppler Signatures: A Comparative Analysis of YOLO Architectures. [PDF]
Sensors (Basel)Seflek I, Barstuğan M.
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Simulation-to-Real Trip-Fall Detection with Continuous-Wave Doppler Radar via Physics-Informed Kinematic Modeling and Domain Randomization. [PDF]
Sensors (Basel)Okusa K.
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Hybrid robust beamforming for enhanced multiple moving object detection with phased array scanning radar. [PDF]
Sci RepIslam SS, Hossain MS, Islam S, Hasan R.
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One-Legged Stand Test: Synchronized Motion Capture, Force Plate, and Radar Dataset for Fall-Risk. [PDF]
Sci DataCopeland D +5 more
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An Antichaff Technique for Tracking Radar
European Radar Conference, 2005. EURAD 2005., 2005The critical interference in radar systems is unwanted echo named clutter. Some important clutter includes echoes from land, weather (particularly rain), sea and deliberated chaff. Therefore, a military radar designer is faced with the problem of how to reject interference. In this paper, chaff elimination methods such as Doppler processing and log-FTC
H. Saidi +3 more
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Sensor Radar Networks for Indoor Tracking
IEEE Wireless Communications Letters, 2014Sensor radars (SRs) are important for a variety of applications requiring passive tracking of moving targets. The accuracy of passive tracking is severely degraded by wireless propagation impairments such as multipath, clutter, and non line-of-sight conditions, especially in indoor environments.
Stefania Bartoletti +3 more
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2010 IEEE Radar Conference, 2010
For the first time ever, this paper presents the design and implementation of a next-generation of tracking radar systems: the cognitive tracking radar (CTR). At the heart of the CTR, we have a cognitive waveform-selection (CWS) algorithm that can optimally pick the transmit waveform from a prescribed library, in response to information fed back from ...
Simon Haykin +3 more
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For the first time ever, this paper presents the design and implementation of a next-generation of tracking radar systems: the cognitive tracking radar (CTR). At the heart of the CTR, we have a cognitive waveform-selection (CWS) algorithm that can optimally pick the transmit waveform from a prescribed library, in response to information fed back from ...
Simon Haykin +3 more
openaire +1 more source