This paper presents an adaptive neural network (NN) approach for the behavioral modeling
of wireless transmitters exhibiting dynamic nonlinearities that are mainly caused by the …

In this paper, we present and analyze rational-function-based digital predistortion (DPD) of
transmitters for broadband applications where system noise and prominent memory effects …

A method to characterize the memory effects in a nonlinear concurrent dual-band transmitter
is presented. It is an extension of the conventional two-tone test for power amplifiers to …

A nonlinear dynamic behavioral model for radio frequency power amplifiers is presented. It
uses orthonormal basis functions, Kautz functions, with complex poles that are different for …

Multiple-input multiple-output (MIMO) frequency-domain Volterra kernels of nonlinear order
3 are experimentally determined in bandwidth-limited frequency regions. How the effect of …

A novel approach for power amplifiers static nonlinearity characterization in the presence of
memory effects is presented. A subsampling technique is used to reduce the bandwidth of …

A new two-tone test method for radio frequency power amplifiers is presented. The test
signal is a two-tone probing-signal superimposed on large-signals of different amplitude …

This article deals with the linearization of a radio frequency (RF) receiver chain through
digital processing. An extension of a state-of-the-art distortion model is proposed, based on …

This article investigates the issue of low‐cost digital predistortion (DPD) implementation in
fixed‐point field programmable gate array (FPGA) by considering the bit‐resolution along …

This work describes a generalized multitone multiharmonic scattering parameters (M2S-
parameters) measurement approach suitable for multiport nonlinear network …