Wiener-Hammerstein Modeling of Power Amplifiers
Wiener-Hammerstein Modeling and Memory Polynomial Models for Power Amplifiers with Implementation Approaches
Power Amplifier Pre-distortion Using the Saleh Model
This program demonstrates the implementation process of power amplifier pre-distortion utilizing the Saleh model, including algorithm details and parameter configuration options.
Saleh Memoryless Power Amplifier Model MATLAB Implementation
MATLAB program implementation of Saleh's memoryless power amplifier model with comprehensive behavioral analysis
Power Amplifier Nonlinear Characteristics and Predistortion Modeling Program
This program for the 2013 Mathematical Modeling Contest Problem B features ready-to-run implementations including Taylor series models, polynomial models, and neural network approaches for analyzing power amplifier nonlinearity and predistortion techniques.
OFDM Memory Polynomial Power Amplifier Model
OFDM Memory Polynomial Power Amplifier Model with comprehensive modeling capabilities. This model enables precise power amplifier characterization with zero error tolerance, featuring implementations that include coefficient optimization algorithms and memory effect compensation techniques.
Time Delay Synchronization in Power Amplifier Predistortion Process
This program addresses the time delay synchronization issue encountered during power amplifier predistortion procedures.
Enhanced Digital Pre-Distortion (DPD) Function Simulation
Improved Simulation of Digital Pre-Distortion Functionality
Time Delay Synchronization Issues in Power Amplifier Predistortion Processes
Time delay synchronization challenges in power amplifier predistortion systems with implementation considerations