Search Results - "2024 IEEE Topical Conference on Wireless Sensors and Sensor Networks (WiSNeT)"

Robust Doppler Displacement Measurement Resolving the Uncertainty During Target Stationary Moment by Ferro, Luigi, Scandurra, Graziella, Li, Changzhi, Cardillo, Emanuele

“…Doppler radars are widely used and investigated due to their peculiar capability to measure very small target displacements with high accuracy and without any…”
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A Modular 61 GHz Vital Sign Sensing Radar System for Long-term Clinical Studies by Wenzel, Marvin, Langer, Dominik, Koelpin, Alexander, Lurz, Fabian

“…This paper presents a continuous wave (CW) radar system operating at the 61 GHz ISM (industrial, scientific and medical) band for contactless heart sound…”
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Stepped-Frequency PMCW-Radar Modulation Scheme for Automotive Applications by Kahlert, Moritz, Fei, Tai, Tebruegge, Claas, Gardill, Markus

“…For digital modulation schemes like phase-modulated continuous wave (PMCW) and orthogonal frequency division multiplexing (OFDM), the baseband bandwidth equals…”
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A Digital Beamforming Approach for Indoor Passive Sensing by Carman, Aaron B., Li, Changzhi

“…Passive sensing leverages ambient electromagnetic energy to detect target metrics such as distance or motion, reducing the spectral footprint for sensor…”
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Displacement Motion Sensing with Asynchronous Bandpass Sampling Using a Single-Channel Dual-PLL SSB low-IF Doppler Radar by Tong, Fei, Liu, Jingtao, Gu, Changzhan, Mao, Junfa

“…In this paper, a displacement motion sensing technique combining asynchronous bandpass sampling and a phase evolution extraction algorithm is proposed for a…”
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Software Configurable Multi-mode Radar Sensor System for Range Tracking and Life Sensing by Crainer, John T., Li, Changzhi

“…In this paper, a software-configurable multi-mode radar is demonstrated with four detection modes that can be adaptively chosen with a microcontroller-based…”
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Investigation of a Simple and Versatile Concept for OFDM Radar Target Simulator Enhancement by Birkenhauer, Christoph, Korner, Georg, Stief, Patrick, Hamberger, Gerhard, Beer, Matthias, Carlowitz, Christian, Vossiek, Martin

“…This paper investigates the use of a modulation technique for radar target simulators (RTSs) that significantly improves their performance regarding dynamic…”
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A Large-scale Movement Path Fitting Based Phase Compensation Algorithm for FMCW Radar Vital Sign Detection by Sun, Li, Bai, Ge, Luo, Changhao, Huang, Shauiming

“…Radar sensors have been widely used for non-contact vital sign detection. When a subject moves continuously, the range cells where the vital signs occur varies…”
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ISAR Imaging of Drones Based on Time Domain Correlation Algorithm Using Millimeter-Wave Fast Chirp Modulation MIMO Radar by Ogawa, Kenshi, Tsagaanbayar, Dovchin, Nakamura, Ryohei

“…In this paper, we propose an inverse synthetic aperture radar (ISAR) imaging method using a millimeter-wave (mmW) fast chirp modulation (FCM) multi-input and…”
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Wind Turbines Structural Health Monitoring Using a FMCW Radar Mounted on a Drone by Rizzi Varela, Victor G., Li, Changzhi

“…Wind turbine inspections are essential to maintain and enhance operation and longevity. Nonetheless, regular preemptive checks present challenges related to…”
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Resonate-and-Fire Spiking Neurons for Hand Gesture Label Refinement by Shaaban, Ahmed, Chaabouni, Zeineb, Strobel, Maximilian, Furtner, Wolfgang, Weigel, Robert, Lurz, Fabian

“…This study proposes an approach using spiking resonate-and-fire neurons for hand gesture label refinement, aiming to distinguish the frame in which the hand…”
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Phase Modulation Based TX Channel Calibration for MIMO Radar Systems by Heining, Simon, Feger, Reinhard, Wagner, Christoph, Faseth, Thomas, Stelzer, Andreas

“…Since the demand for high resolution automotive sensors is continuously growing, aperture sizes of mmW radars are rising as well. This is especially…”
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Gesture Recognition for FMCW Radar on the Edge by Strobel, Maximilian, Schoenfeldt, Stephan, Daugalas, Jonas

“…This paper introduces a lightweight gesture recognition system based on 60 GHz frequency modulated continuous wave (FMCW) radar. We show that gestures can be…”
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Passive Broadband Harmonic Sensor-Tag using Circular Disk Dipole Antenna by Kuga, Nobuhiro, Serizawa, Iori, Xiao, Kun

“…The proposed passive chipless harmonic RFID tag composed of single antenna is able to produce transmissionzero depending on the built-in sensor voltage. To…”
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Deep Learning-based Person Detection on a Moving Robot by Gabsteiger, Jasmin, Maiwald, Timo, Kurin, Thomas, Dorn, Christian, Weigel, Robert, Lurz, Fabian

“…This paper presents a 60 GHz MIMO radar system on a moving robot for person presence detection. Due to the movement of the robot, many environmental influences…”
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Tracking Driver's Foot Movements Using mmWave FMCW Radar by Rodrigues, Davi V. Q., Li, Changzhi

“…Monitoring driver's foot movements can be used to assess their preparedness to assume the vehicle's control and to provide insights into their overall…”
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Device-Free Occupant Counting Using Ambient RFID and Deep Learning by Xu, Guoyi, Kan, Edwin C.

“…We present an indoor occupant counting system using ambient radio-frequency identification (RFID) sensors and deep learning models, without requiring on-person…”
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A Three-Dimensional Localization System Based on Magnetic Fields and Induction by Messner, Lukas, Usmuller, Thomas

“…This paper describes a system for three-dimensional position measurement using magnetic fields, and the principle of electromagnetic induction.The system is…”
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Enhancing Multi-Subject Vital Sign Estimation by Utilizing the Generalized Sidelobe Canceller by Moadi, Abdel-Kareem, Bauder, Chandler, Djouadi, Abdel-Hamid, Theilmann, Paul, Fathy, Aly E.

“…The paper presents a comprehensive approach using radar technology for non-contact vital sign monitoring, focusing on multi-subject scenarios. By leveraging a…”
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Distributed Radar Network with Polymer Microwave Fiber (PMF) Based Synchronization by Samarasekera, A. Chaminda J., Fernandez, Sergio Lopez, Feger, Reinhard, Huttner, Richard, Gruson, Frank, Krainer, Siegfried, Stelzer, Andreas

“…Distributed radar networks provide numerous advantages, such as increased angular resolution and improved signal-to-noise ratio. However, the requirement of…”
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