实施LTE接收器前端的样品率转换器。

iFFT后的滤波符号在保持正交性的同时改善带宽。

通过使用单个FFT核心实现可变大小的FFT。

The workflow to measure the BER of the Wireless HDL Toolbox™ LTE Turbo Decoder block using parsim to parallelize the simulations across EbNo points. This approach can be used to accelerate other Monte Carlo simulations.

实现针对硬件优化的加法白色高斯噪声（AWGN）发电机。

Design block interleaver and block deinterleaver blocks and implement interleaving and deinterleaving in a communication system using these blocks.

Use the General CRC Generator HDL Optimized block for encoding streaming data according to the 5G NR standard.

Implement a WLAN time- and frequency-synchronization algorithm that is optimized for hardware.

Design a wireless local area network (WLAN) receiver that can recover signal and data field information from a WLAN signal. The Simulink® model in this example is optimized for HDL code generation and hardware implementation.

The implementation of a digital predistorter (DPD) model that is optimized for HDL code generation and hardware implementation. The predistortion mechanism is executed in two stages. In the first stage, a set of DPD coefficients are estimated based on the input and output data of the power amplifier (PA). In the second stage, the input data of the PA is predistorted based on the estimated DPD coefficients and provided as new input to the PA. This example demonstrates a system-level simulation in which the Digital Predistorter subsystem generates HDL code, while the DPD coefficient estimation generates C/C++ code. This example model supports only Normal and Accelerator simulation modes.

Implement a digital predistorter (DPD) with least mean squares (LMS) based coefficient estimation, which is optimized for HDL code generation and hardware implementation. This example is an extension to the HDL Implementation of Digital Predistorter example for computing DPD coefficients on an FPGA rather than on a processor. This example replaces the C/C++ code generatableRPEM系数估计subsystem of the HDL Implementation of Digital Predistorter example with an HDL-compatibleLMS系数估计器子系统。此示例支持使用RF数据转换万博1manbetx器的Xilinx®Zynq®Ultrascale™RFSOC ZCU111评估板的硬件友好界面。此示例模型支持万博1manbetxNormal和加速器仿真模式。有关DPD的更多信息，请参见自适应DPD设计。

Implement DVB-S2 LDPC encoding using Simulink® blocks that are optimized for HDL code generation.

Implement DVB-S2 time, frequency, and phase synchronization and PL header recovery using Simulink® blocks that are optimized for HDL code generation and hardware implementation.

使用用于HDL代码生成和硬件实现的Simulink®块实现DVB万博1manbetx-S2接收器。