Current management of optical communication systems is conservative, manual-based, and
time-consuming. To improve this situation, building an intelligent closed-loop control system …

This paper proposes a parametric network for the joint compensation of multiple linear
impairments in coherent optical communication systems. The considered linear impairments …

This article proposes a new estimation and compensation approach to mitigate several
linear and widely linear effects in coherent optical systems using digital signal processing …

We have experimentally implemented a photonics-aided large-capacity fiber-mm-wave
wireless communication system employing a simple dual-polarized single-input single …

For the latest 400-Gb/s or upcoming 1-Tb/s single-carrier optical fiber communications
systems, dual-polarization quadrature amplitude modulation (DP-QAM) based on in-phase …

Modified Widely Linear Filter for Simultaneous Multi-impairment Compensation Page 1
Capacity scaling in optical communication is realized by employing higher-order modulation …

We propose a blind joint equalization algorithm for M-QAM signals based on a widely linear
filtering approach. The proposed scheme jointly compensates for receiver IQ imbalance …

This chapter deals with coded modulation and impairment compensation techniques in
optical fiber communication. Probabilistic shaping is a new coded modulation technology …

We propose a blind joint equalization algorithm for M-QAM signals based on a widely linear
filtering approach. The proposed scheme jointly compensates receiver IQ imbalance and …

There is a growing demand for high data rate communications driven by emerging
technologies as 5G and the Internet of Things. Coherent optical communications are thought …