Sentence examples for optical communication channel from inspiring English sources

LDW multi-mode and single mode WG radial bend and crossing losses are evaluated for advanced optical communication channel routing capabilities and do not exhibit significant deviations from photolithographic-manufactured WG device loss.

These optical microsystems directly interact with the optical signal and – through functionality afforded by design – are able to filter, switch, attenuate, and adapt the optical communication channels carried by the network.

This proof of concept experiment demonstrates the possibility of simultaneously detection of multiple OAM states in points located at different coordinates, controlled through the design of the holograms and shows the capability of our proposed method to increase the capacity of free-space optical communication channels.

The chapter makes clear the substantial distinctions between design conditions for optical and RF applications, namely, the presence of nonlinear distortions in the optical fiber communication channel.

In practical engineering, it is possible to realize the limited-wide-area relaying protection by using the existing optical fiber communication channel of the pilot protection.

To reduce FWM crosstalk in optical communication systems, unequally spaced channel allocation method is used.

Clearly, the optical system can be considered a communication channel and can be analyzed as such.

In this paper the design, implementation and performance analysis of four wave mixing (FWM) in optical communication system for different number of input channels is presented using various values of channel spacing.

In this paper, it is assumed that an excellent communication channel is available via optical fiber cables for transfer of data from the PMUs to the PDC.

Phase fluctuation effect is an important phenomenon on bit error rate (BER) performance on fluctuation channel in space downlink optical communication system.

Additionally, two-wave mixing technique in such nonlinear cells may be successfully implemented in multi-channel couplers, switches, and optical communication lines.