The performance of a high-speed intensity-modulation (IM)/direct-detection (DD)
transmission system could be limited by the bandwidth of optical transceivers. One popular …

A low-complexity 3^ rd-order frequency-domain nonlinear equalizer (FD-NLE) with absolute
operation is proposed and experimentally demonstrated for underwater wireless optical …

A low-complexity sparse absolute-term based nonlinear equalizer (AT-NLE) is proposed to
eliminate the nonlinear signal distortions for intensity modulation and direct detection …

The intensity-modulation/direct-detection transmission system operating in the C-band
suffers from nonlinear waveform distortions induced by fiber chromatic dispersion due to the …

In this paper, an improved Volterra nonlinear equalizer with low computational complexity
and good performance is proposed to compensate the distortions caused by bandwidth …

The nonlinear Volterra equalizer has been proved to be able to solve the problem of
nonlinear distortion, but it has high computational complexity and is difficult to implement. In …

As high-speed analog-to-digital converters (ADC) account for a significant portion of the
receiver's cost in intensity-modulation (IM)/direct-detection (DD) systems, there have been …

A comprehensive comparison among different post-equalizers with relatively low complexity
is studied for C-band 100-km dispersion-uncompensated standard single-mode fiber …

Directly modulated lasers (DMLs) have been implemented in short-reach optical networks
as an intensity modulation and direct detection (IM-DD) scheme due to their high output …

In this paper, we investigate the system model of intensity modulation with direct detection
(IM/DD)-based high-speed short-reach link with directly modulation laser (DML) and …