Publications

Optical fiber transmission with self-homodyne DPSK modulation is demonstrated at 1 and 2 Gb/sec data rates.

In the early stage of development of an integrated InGaAs PIN- FET technology it is necessary to keep the design simple, which implies that the device will consist of a single stage, low gain ampli

We demonstrate two complementary optical separation techniques of dielectric particles on the surface of silicon nitride waveguides.

We propose, develop, and demonstrate an Optical Shared Protection Ring (OSPR), an optical layer protection designed to restore service within less than 50 msec from the onset of a failure.

We present the results of two-wave mixing experiments which demonstrate amplification of optical signals using the photorefractive effect in InP:Fe.

This paper summarizes recent advances on optical processing using InAs/InP quantum dot semiconductor mode-locked lasers.

We reported on system simulations showing a possibility for enhanced transmission distances by using a novel dual modulation technique producing a large bandwidth optical single side band OFDM modu

We propose several ring architectures for optical slot switching ring networks, which can be used in metro or datacenter applications.

Tactile Internet has risen as a network paradigm aiming at freeing human beings from the burden of repetitive automatic daily tasks, so they can focus on the goal of their actions rather than how t

Next generation mobile networks will offer high data rates to users utilizing new radio access technologies.