The cellular wireless systems are gaining more attention among other connectivity solutions for supporting machine-type communications (MTC).
With the rapid deployment of LTE roll out by Service Provides worldwide establishing it as the dominant 4G wireless technology, standardization activities of releases beyond LTE-Advanced are curren
This paper addresses the problem of reducing power excursions in amplified wavelength division multiplexed networks with reconfigurable optical add-drop multiplexers (ROADM) and wavelength selectiv
Intelligent real-time control of a flexible manufacturing system (FMS) is a complicated task.
We have shown that conditional BER estimation extracted from FEC decoding is suitable for control of a 3-tap feedfoward equalisation (FFE).
We report results on the fabrication of a natural permeable base transistor in a Si/CoSi(2)/Si heterostructure using MBE.
One of the most difficult functions to control on a distributed basis is the flow of timing and bit level synchronization.
This paper addresses the problem of reducing power excursions in amplified WDM communication networks with Reconfigurable Optical Add-Drop Multiplexers (ROADM).
Experiments on a transparent, constant-gain-controlled amplifier ring network show that channel-power coupling can lead to instability in channel power control at add drop nodes.
Experiments on transparent, constant-gain-controlled amplifier networks show that WDM channel-power instability, which grows from competing adjustments on multiple nodes, can be controlled.
