5G Polar Intel® FPGA IP User Guide

ID 683766
Date 9/30/2020
Public

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3.4. Simulating the 5G Polar IP with MATLAB

Verify that the RTL behaves the same as these models.
Before simulating, generate a 5G Polar design example.
  1. In MATLAB, run make.m from the \matlab\ directory.
    >> make
    MATLAB generates MEX.
  2. Run the example test function polar5g_codec_tb.m.
    >>polar5g_codec_tb(<list_size>, <len_type>, <crc_type>, <il_on>);

    where:

    • list_size corresponds to the compile-time parameter NUM_LIST in the RTL
    • len_type corresponds to the param_len input in the RTL
    • crc_type corresponds to the param_crc input in the RTL
    • il_on corresponds to the param_il input in the RTL

    For example,

    >> polar5g_codec_tb(4, 2, 4, 1);
    This test case runs list size = 4, code block length = 64, CRC = CRC16, and the interleaver is on.
    The test function generates polar5g_codec_params.txt, polar5g_enc_in.txt, polar5g_enc_out.txt, polar5g_dec_in.txt, and polar5g_dec_out.txt, which you may use in RTL simulation as inputs or as reference outputs.

    The simulation runs both the encoder and the decoder functions, even if you generate only an encoder or a decoder.

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