We investigate the potential of adaptive blind equalizers based on variational inference for carrier recovery in optical communications.
This article discusses the general principles of blind equalization and its use in emerging broadband access applications such as FTTC and xDSL.
We introduce a problem formulation referred to as "blind index coding" (BIC).
The majority of modern wireless communication systems rely on transmission of discrete information packets. An immense amount of work has been dedicated to studying such wireless packet networks.
Operating at higher frequencies, and in particular the millimeter wave (mmWave) frequency of 72 GHz poses various challenges to the RF hardware.
Imbalances between the four sampling channels of a coherent detector with polarization diversity can rapidly degrade system performance.
We report on a complex-valued MIMO 4×2 blind adaptive equalizer that can compensate for IQ skew of coherent optical receivers and is tolerant to accumulated chromatic dispersion.
Query privacy in secure DBMS is an important feature, although rarely formally considered outside the theoretical community.
In this paper, blind signal classification and detection in a non-orthogonal multiple access (NOMA) system are explored.
A novel technique for the blind source separation (BSS) of mutually independent and identically distributed i.i.d. discrete-time sequences is presented.
