Explore MATLAB source code curated for "FPGA" with clean implementations, documentation, and examples.
This project provides MATLAB-based adaptive filter implementation featuring hardware-ready model files for XILINX FPGA deployment, complete with algorithm explanations and code optimization techniques
This demonstration showcases a 16QAM communication system implementation using a Simulink model, featuring hardware realization on Xilinx FPGA platforms with adaptive equalizer and carrier recovery modules for robust signal processing.
Digital Down Conversion (DDC) plays a crucial role in modern software-defined radio architectures, significantly impacting overall system performance. This MATLAB-based 4-channel DDC program allows parameter adjustment (including filter configurations) to evaluate DDC performance. The implementation provides valuable reference for FPGA-based DDC development, featuring configurable filter banks, multi-channel processing, and performance metrics calculation.
Algorithm and program flow for CVSD speech compression. The quantization step δ automatically adjusts continuously based on the average slope magnitude of the input signal, enabling decoded output signals to achieve optimal approximation of the original input. The CVSD modulation functionality is ultimately implemented in programmable logic devices (FPGA) using efficient encoding/decoding routines with slope-adaptive delta modulation mechanisms.
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