AN 464: DFT/IDFT Reference Design

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ID 683644
Date 5/30/2018
Public
Document Table of Contents
Document Table of Contents x
About the DFT/IDFT Reference Design Functional Description for the DFT/IDFT Reference Design Getting Started with the DFT/IDFT Reference Design Running the Fixed-Point Model for the DFT/IDFT Reference Design Performance of DFT/IDFT Reference Design Document Revision History for AN 464: DFT/IDFT Reference Design
Functional Description for the DFT/IDFT Reference Design x
Parameters for the DFT/IDFT Reference Design Signals for the DFT/IDFT Reference Design
Getting Started with the DFT/IDFT Reference Design x
System Requirements for the DFT/IDFT Reference Design Installing the DFT/IDFT Reference Design Simulating the DFT/IDFT Reference Design with the Avalon-ST Testbench Simulating the Reference design with the Command Line Regression Test Synthezising the DFT/IDFT Reference Design
Running the Fixed-Point Model for the DFT/IDFT Reference Design x
Fixed-Point Model Parameters
About the DFT/IDFT Reference Design
Functional Description for the DFT/IDFT Reference Design
Getting Started with the DFT/IDFT Reference Design
Running the Fixed-Point Model for the DFT/IDFT Reference Design
Performance of DFT/IDFT Reference Design
Document Revision History for AN 464: DFT/IDFT Reference Design

Running the Fixed-Point Model for the DFT/IDFT Reference Design

The fixed-point MATLAB model allows fast bit-accurate simulation of the design’s arithmetic behavior. The model is as a MATLAB function dft_3p3r_model() and is defined in the file dft_3p3rmodel.m. This top- level file and the sub-function MATLAB files are in the /model directory. Intel provides a MATLAB example that calls the model in file simple_dft_example.m
  1. Open the MATLAB software.
  2. Change the directory to /model.
  3. Type the following command: simple_dft_example
  4. Open the results file and examine the data.
    The results file is: <DFT type>_length<length>_data<D_top>bit_tw<T_top>bit_rand<seed>.txt

The simple_dft_example.m file defines the parameters.

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