Sentence examples for two wdm from inspiring English sources

The blue and red lines are two WDM models, differing in their choice of dark matter particle mass: (m_{text{DM}} = 0.85~{text{keV}}) (blue) and (m_{text{DM}} = 2.1~{text{keV}}) (red).

Two WDM-PONs are combined together and multiple sub-ring architecture is formed.

Experiment results show that crosstalk between the two WDM-PONs is negligible even though the two PONs share a single DI.

We propose a novel downlink optical carrier remodulated wavelength-division-multiplexed passive optical network (WDM-PON) architecture, in which two WDM-PONs whose wavelength locate in different wavebands share a single delay interferometer (DI) in remote node (RN) to demodulate the downlink data simultaneously.

The specific design is capable of simultaneously processing five WDM channels with 800 GHz channel spacing and providing Q-factor improvement higher than 1 dB for each channel.

Through the next year or two, he says, WDM will be economical only for backbone networks.

Two important problems arise in WDM network planning: network design to minimize the operation cost and traffic grooming to maximize the usage of the high capacity channels.

A method of photonic crystal filter using resonant cavities in two dimensional structures suitable for WDM and DWDM communication applications is proposed.

The blue and red lines correspond to two different warm dark matter (WDM) models, (m_{mathrm{DM}} = 0.85~{mathrm{keV}}) and (m_{mathrm{DM}} = 2.1~{mathrm{keV}}), respectively.

We divide the power consumption of an IP over WDM network into five components, and each consumes a different amount of power.

In this paper, we discuss and evaluate two proposed metro wavelength division multiplexing (WDM) ring network architectures for variable-length packet traffic in storage area networks (SANs) settings.