Add to ORKGThe phase coherence among multi-band signals generated by a photonics-based radar is exploited to perform differential phase estimation for enhanced displacement measures. The system employs stepped frequency continuous waves simultaneously in the S- and X-band, measuring the differential phase over a synthetic band up to 7.4GHz. The experimental results demonstrate a precision <; 200μm without using correction algorithms
A real-time displacement measurement system using a sinusoidal phase modulating interferometer is pr...
The introduction of photonics in microwave systems is setting new paradigms in radar architectures, ...
New millimeter wave interferometric, multifunctional sensors have been studied for industrial sensin...
The phase coherence among multi-band signals generated by a photonics-based radar is exploited to pe...
Photonics-based multiband radars have been demonstrated where photonics is exploited for multiple RF...
Photonics-based multiband radars have been demonstrated where photonics is exploited for multiple ra...
Photonics-based multiband radars have been demonstrated where photonics is exploited for multiple ra...
Radars based on Stepped-Frequency Continuous- Wave technique with differential interferometry are us...
This thesis is written in four chapters. In the first chapter, the relevance of this study in our pr...
In this work, a dual-band photonics-based radar system is described for precise displacement measure...
In this paper, a dual-band photonics-based radar system used for precise displacement measures in a ...
In this paper, a dual-band photonics-based radar system used for precise displacementmeasures in a m...
Based on a novel method for overcoming DC drift in RF subcarrier phase detection scheme for fibre op...
Based on a novel method for overcoming DC drift in RF subcarrier phase detection scheme for fibre op...
A standalone microwave photonics system for Doppler frequency measurement purposes is conceived and ...
A real-time displacement measurement system using a sinusoidal phase modulating interferometer is pr...
The introduction of photonics in microwave systems is setting new paradigms in radar architectures, ...
New millimeter wave interferometric, multifunctional sensors have been studied for industrial sensin...
The phase coherence among multi-band signals generated by a photonics-based radar is exploited to pe...
Photonics-based multiband radars have been demonstrated where photonics is exploited for multiple RF...
Photonics-based multiband radars have been demonstrated where photonics is exploited for multiple ra...
Photonics-based multiband radars have been demonstrated where photonics is exploited for multiple ra...
Radars based on Stepped-Frequency Continuous- Wave technique with differential interferometry are us...
This thesis is written in four chapters. In the first chapter, the relevance of this study in our pr...
In this work, a dual-band photonics-based radar system is described for precise displacement measure...
In this paper, a dual-band photonics-based radar system used for precise displacement measures in a ...
In this paper, a dual-band photonics-based radar system used for precise displacementmeasures in a m...
Based on a novel method for overcoming DC drift in RF subcarrier phase detection scheme for fibre op...
Based on a novel method for overcoming DC drift in RF subcarrier phase detection scheme for fibre op...
A standalone microwave photonics system for Doppler frequency measurement purposes is conceived and ...
A real-time displacement measurement system using a sinusoidal phase modulating interferometer is pr...
The introduction of photonics in microwave systems is setting new paradigms in radar architectures, ...
New millimeter wave interferometric, multifunctional sensors have been studied for industrial sensin...