The generalized memory polynomial (GMP) model is one of the most commonly used
models in digital predistortion to compensate for the nonlinearities and memory effects of …

A novel digital predistortion (DPD) with an ultralow feedback sampling rate is proposed for
wideband wireless communications. Analytical groundwork is carried out to support the …

In this article, a high-isolation power divider with ultrawideband characteristics for
simultaneous operation in two adjacent bands is proposed. The power divider is developed …

In this article, we propose a new behavioral modeling method to reduce the running
complexity and power consumption of digital predistortion (DPD) models for radio frequency …

This article proposes a power scalable beam-oriented digital predistortion (PSBO-DPD)
architecture suitable for linearizing PAs in compact hybrid massive multiple-input multiple …

Multiphase (ie, with more than three phases) induction machines (MIMs) are particularly
attractive for safety-critical applications, because they are able to operate under open-phase …

In this paper, a low complexity moving average nested generalized memory polynomial
model (MAN-GMP) is proposed for digital predistortion (DPD) of broadband power amplifiers …

In this paper, a size-compact and monolithically integrated millimeter-wave 16-way high-
power combiner for advanced radio-frequency (RF) electronics applications is developed …

High frequency (HF) transmitter implemented with the multioctave broadband power
amplifier (PA) enables long-distance communication and has strong survivability. However …

In this paper, a novel weighted memory polynomial (WMP)-based model is proposed for
wireless transmitters and radio-frequency power amplifiers'(PAs) behavioral modeling and …