Abstract n this research paper under consideration is the nonlinear multi-core coupler
(coupling with all neighbors) with the parabolic law nonlinearity and optical metamaterials …

The ever-increasing proliferation of mobile users and new technologies, and the demands
for ubiquitous connectivity, high data capacity, faster data speed, low latency, and reliable …

In optical communications the transmission bandwidth of single mode optical fibers is almost
fully exploited. To further increase the capacity of a telecommunication link, multiplexing …

This paper shows out optical soliton solutions of the twin-core couplers with parabolic law
nonlinearity with optical metamaterials parameters. It is used the improved new sub-ODE …

Mobile Xhaul Evolution: Enabling Tools for a Flexible 5G Xhaul Network Page 1 Mobile Xhaul
Evolution: Enabling Tools for a Flexible 5G Xhaul Network Yuki Yoshida, NICT, JAPAN …

We propose an eight-spatial-mode ring-core few-mode fiber (RC-FMF), utilizing the cross-
arranged different-material-filling side holes (CA DMFSH) for effective index difference …

We experimentally investigate the feasibility of transmission of radio-frequency (RF) signals
over a 900 m polarization-maintaining elliptical ring core fiber. No multiple-input-multiple …

The multiple-input and multiple-output (MIMO) technology is a promising area of research to
cope up with the demands of higher data rates and capacity. In the optical communication …

In this paper, we have experimentally demonstrated the feasibility of space-division-
multiplexed 3× 3 multiple-input multiple-output (MIMO) transmission over a single OM3 …

Based on the observed random fluctuation phenomenon of speckle pattern across
multimode fiber (MMF) facet and received optical power distribution across three output …