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Bio
Research interests
Sensors
Wearable inertial sensor systems for gait recognition.
New modalities and portable instruments for fluorescence monitoring: crude oil and derivatives, organic species, etc.
Controlled receive aperture sensing with optical/gamma detectors.
Semiconductor devices and materials for optical sensing (UV-VIS-IR-THz).
Optical multichannel measurements in chemical reactors.
Imaging
Guided-Path Tomography and “Magic Carpet” applications in healthcare, agriculture and biometrics.
Spectroscopic Optical Tomography with scanning sources.
Image reconstruction from a limited number of views.
Parallel computation centre-of-projection imaging of fast system dynamics.
Tomography of temperature, concentration and pressure of combustion products.
Optically Excited Fluorescence Auto-Projection Tomography (UV-VIS).
2D and 3D mapping of Laser-Induced Incandescence form soot particles.
Multi-channel THz tomography.
Signal processing
Deep learning convolutional neural networks for spatio-temporal sensor fusion.
Internet-of-Sensors: embedded data to information transfer in machine2machine sensor networks.
Data analysis, incl. machine learning, of fluorescence spectra from complex systems for process monitoring
Spatial mapping with two in-plane opposite camera views of scanned light-sheets
Algorithms for extraction of system properties from temporal signals.
Multi-channel Digital Signal Processing (DSP) system architectures for hard-field tomography.
Reconfigurable multi-channel DSP measurement modalities (lock-in detection, balanced ratiometry, etc.) using programmable logic.
Tomography reconstruction embedded software for dedicated multichannel DSP systems.
Sensors
Wearable inertial sensor systems for gait recognition.
New modalities and portable instruments for fluorescence monitoring: crude oil and derivatives, organic species, etc.
Controlled receive aperture sensing with optical/gamma detectors.
Semiconductor devices and materials for optical sensing (UV-VIS-IR-THz).
Optical multichannel measurements in chemical reactors.
Imaging
Guided-Path Tomography and “Magic Carpet” applications in healthcare, agriculture and biometrics.
Spectroscopic Optical Tomography with scanning sources.
Image reconstruction from a limited number of views.
Parallel computation centre-of-projection imaging of fast system dynamics.
Tomography of temperature, concentration and pressure of combustion products.
Optically Excited Fluorescence Auto-Projection Tomography (UV-VIS).
2D and 3D mapping of Laser-Induced Incandescence form soot particles.
Multi-channel THz tomography.
Signal processing
Deep learning convolutional neural networks for spatio-temporal sensor fusion.
Internet-of-Sensors: embedded data to information transfer in machine2machine sensor networks.
Data analysis, incl. machine learning, of fluorescence spectra from complex systems for process monitoring
Spatial mapping with two in-plane opposite camera views of scanned light-sheets
Algorithms for extraction of system properties from temporal signals.
Multi-channel Digital Signal Processing (DSP) system architectures for hard-field tomography.
Reconfigurable multi-channel DSP measurement modalities (lock-in detection, balanced ratiometry, etc.) using programmable logic.
Tomography reconstruction embedded software for dedicated multichannel DSP systems.
Research Interests
Papers共 132 篇Author StatisticsCo-AuthorSimilar Experts
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期刊级别
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合作机构
SENSORS AND ACTUATORS B-CHEMICAL (2023): 134500-134500
Yalei Fu,Rui Zhang,Jiangnan Xia, Andrew Gough, Stuart Clark,Abhishek Upadhyay,Godwin Enemali,Ian Armstrong,Ihab Ahmed,Mohamed Pourkashanian,Paul Wright,Krikor Ozanyan,
IEEE Sensors Journal (2022)
2021 IEEE Sensorspp.1-4, (2021)
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