In this work, we presented a radio-over-fiber (ROF) access network through two modulation
stages for the generation of multiple millimeter wave (mm-wave) signals with frequencies of …

In this paper, an optical communication system constructed with cascaded fiber Bragg
gratings or fiber Bragg gratings (FBGs) of varying lengths capable of operating in the C-band …

Due to high frequency and large time bandwidth product; photonic generation and
processing of arbitrary microwave waveforms has been an interesting topic in recent time …

In this paper, a 64-channel Nyquist-DWDM system has been proposed for spectral-efficient
long-haul optical interconnects. Dual-polarization 16-QAM has been used at each …

We report a novel millimeter-wave (mm-wave) signal generation scheme with microwave
photonics (MWP) technology for advanced 5G optical links. This work combines two parallel …

A tunable microwave-pulse-generation scheme is proposed and demonstrated by
employing an actively mode-locked optoelectronic oscillator (OEO) based on a microwave …

In this work, a novel microwave photonic approach is applied to generate an arbitrary chirp
microwave waveform in the Ku band that possesses a high chirp rate. Chirp microwave …

Efficiently use of resources for various applications requires the design of structures with
multiple capabilities. Herein, we present a multi-function optical structure to compensate the …

We demonstrate temporal shape improvement of a short laser pulse using chirped aperiodic
nonlinear frequency converter within an optical parametric amplifier. The aperiodic converter …

A completely photonic approach to generate a arbitrary microwave waveform having chirp
nature is proposed and experimentally demonstrated. A chirp signal may be defined as the …