Microwave photonic techniques are attractive for processing high bandwidth signals,
overcoming inherent electronic limitations. These processors provide new capabilities for …

A photonic-assisted multiple microwave frequency measurement approach based on
stimulated Brillouin scattering (SBS) and frequency-to-time map** with high accuracy and …

Photonic‐assisted microwave frequency identification systems have been extensively
explored and widely applied for civil and defense applications. Full integration of this system …

A novel multiple microwave frequency measurement scheme is proposed based on the
selective conversion of phase modulation to amplitude modulation, which is realized by …

Instantaneous frequency measurement (IFM) of microwave signals using photonic methods
provides a novel and efficient approach for fast and broadband radio frequency (RF) signal …

A photonic multiple microwave frequency measurement system is presented and
demonstrated based on a swept frequency silicon microring resonator (MRR). The drop-port …

A new photonic frequency measurement structure that can realise multiple-frequency
measurement, while simultaneously achieving a high resolution and a wide measurement …

A photonic-assisted instantaneous microwave measurement system, capable of measuring
multiple frequency signals, is demonstrated and analyzed. The principle lies in the …

Time synchronization is crucial in the architecture of modern communication networks,
supporting numerous high-stakes applications like financial transactions, autonomous …

We present a photonic compressive receiver, where the frequency information of the
captured signal is directly mapped to the time intervals between compressed pulses for …