Power amplifiers in a communication system are inherently nonlinear. Digital predistorters
can compensate these nonlinearity effects. In this paper, two memory polynomial …

Distributed antenna systems (DASs) have been proposed for use in high-data-rate wireless
communications. Connecting the central unit to remote antenna units, radio over fiber (RoF) …

This paper considers the compensation of time misalignment between RF and envelope
signals of envelope tracking (ET) amplifier. In particular, we propose methods to …

This paper presents a generalized parallel two-box structure that is proposed for modeling
and digital predistortion of power amplifiers and wireless transmitters exhibiting memory …

In this paper, a novel digital predistorter design based on the Hammerstein structure is
proposed in order to linearize radio frequency power amplifiers. A genetic algorithm …

Due to the presence of nonlinear devices such as power amplifiers (PA) and optical
instruments, the communication signals are sometimes corrupted by nonlinear distortions. In …

Multiple-input multiple-output (MIMO) Volterra models have applications in different areas,
including telecommunications. An overview of the modeling of nonlinear communication …

One of the main drawbacks of orthogonal frequency division multiplexing (OFDM) systems is
the high peak-to-average power ratio (PAPR) of the transmitted signals, which can cause the …

This paper considers the adaptive predistortion of the nonlinear distortions in a Radio over
Fiber (RoF) link. In particular, we modify and compare two adaptive algorithms developed …

A nonideal radio transmitter both distorts the desired signal and generates spectral regrowth
causing interference to adjacent channels. Predistortion techniques can be used to minimize …