example EVM results added

6d7fcb35 · Martin Hudlicka · e2a21ff9 · 6d7fcb35 · 6d7fcb35 · 6d7fcb35
Commit 6d7fcb35 authored Aug 02, 2021 by Martin Hudlicka
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/Constellation_OFDM_SIS00.jpg
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/Constellation_OFDM_SIS00.jpg
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/Constellation_OFDM_SIS05.jpg
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/Constellation_OFDM_SIS05.jpg
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/Constellation_OFDM_SIS10.jpg
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/Constellation_OFDM_SIS10.jpg
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/EVM_OFDM_SIS00.txt
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/EVM_OFDM_SIS00.txt
+
+
+OFFICIAL RESULTS
+------------------------------------------------
+Official Quantity 	 Value
+------------------------------------------------
+EVM_rms%                 4.53435630952201e-14
+tau0-Optimal Delay (ns)  0
+G_OPT Amp                1
+G_OPT Phase (deg)        2.64207962931376e-16
+
+
+Official Quantity Definition:
+-----------------------------
+> EVM_rms% = RMS EVM as a percentage
+> Optimal Delay (ns) = Optimal time delay to be applied* in the phase of XOut before symbol sampling/EVM calculation
+   where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
+   * the opposite of the computed delay is applied.
+> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
+> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/EVM_OFDM_SIS05.txt
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/EVM_OFDM_SIS05.txt
+
+
+OFFICIAL RESULTS
+------------------------------------------------
+Official Quantity 	 Value
+------------------------------------------------
+EVM_rms%                 3.04333797920338
+tau0-Optimal Delay (ns)  -0.259554994291431
+G_OPT Amp                0.998878513048354
+G_OPT Phase (deg)        39.3854832000677
+
+
+Official Quantity Definition:
+-----------------------------
+> EVM_rms% = RMS EVM as a percentage
+> Optimal Delay (ns) = Optimal time delay to be applied* in the phase of XOut before symbol sampling/EVM calculation
+   where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
+   * the opposite of the computed delay is applied.
+> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
+> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/EVM_OFDM_SIS10.txt
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2012b/EVM_OFDM_SIS10.txt
+
+
+OFFICIAL RESULTS
+------------------------------------------------
+Official Quantity 	 Value
+------------------------------------------------
+EVM_rms%                 2.70072603162384
+tau0-Optimal Delay (ns)  3141.5933909972
+G_OPT Amp                5.03961458050545
+G_OPT Phase (deg)        139.665765708907
+
+
+Official Quantity Definition:
+-----------------------------
+> EVM_rms% = RMS EVM as a percentage
+> Optimal Delay (ns) = Optimal time delay to be applied* in the phase of XOut before symbol sampling/EVM calculation
+   where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
+   * the opposite of the computed delay is applied.
+> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
+> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/Constellation_OFDM_SIS00.jpg
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/Constellation_OFDM_SIS00.jpg
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/Constellation_OFDM_SIS05.jpg
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/Constellation_OFDM_SIS05.jpg
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/Constellation_OFDM_SIS10.jpg
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/Constellation_OFDM_SIS10.jpg
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/EVM_OFDM_SIS00.txt
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/EVM_OFDM_SIS00.txt
+
+
+OFFICIAL RESULTS
+------------------------------------------------
+Official Quantity 	 Value
+------------------------------------------------
+EVM_rms%                 4.4722565269613e-14
+tau0-Optimal Delay (ns)  0
+G_OPT Amp                1
+G_OPT Phase (deg)        1.475183861477e-16
+
+
+Official Quantity Definition:
+-----------------------------
+> EVM_rms% = RMS EVM as a percentage
+> Optimal Delay (ns) = Optimal time delay to be applied* in the phase of XOut before symbol sampling/EVM calculation
+   where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
+   * the opposite of the computed delay is applied.
+> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
+> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/EVM_OFDM_SIS05.txt
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/EVM_OFDM_SIS05.txt
+
+
+OFFICIAL RESULTS
+------------------------------------------------
+Official Quantity 	 Value
+------------------------------------------------
+EVM_rms%                 3.04333797920338
+tau0-Optimal Delay (ns)  -0.259554994291368
+G_OPT Amp                0.998878513048354
+G_OPT Phase (deg)        39.3854832000677
+
+
+Official Quantity Definition:
+-----------------------------
+> EVM_rms% = RMS EVM as a percentage
+> Optimal Delay (ns) = Optimal time delay to be applied* in the phase of XOut before symbol sampling/EVM calculation
+   where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
+   * the opposite of the computed delay is applied.
+> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
+> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/EVM_OFDM_SIS10.txt
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results MATLAB2020a/EVM_OFDM_SIS10.txt
+
+
+OFFICIAL RESULTS
+------------------------------------------------
+Official Quantity 	 Value
+------------------------------------------------
+EVM_rms%                 2.70072603162385
+tau0-Optimal Delay (ns)  3141.5933909972
+G_OPT Amp                5.03961458050547
+G_OPT Phase (deg)        139.665765708907
+
+
+Official Quantity Definition:
+-----------------------------
+> EVM_rms% = RMS EVM as a percentage
+> Optimal Delay (ns) = Optimal time delay to be applied* in the phase of XOut before symbol sampling/EVM calculation
+   where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
+   * the opposite of the computed delay is applied.
+> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
+> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/Constellation_OFDM_SIS00.jpg
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/Constellation_OFDM_SIS00.jpg
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/Constellation_OFDM_SIS05.jpg
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/Constellation_OFDM_SIS05.jpg
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/Constellation_OFDM_SIS10.jpg
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/Constellation_OFDM_SIS10.jpg
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/EVM_OFDM_SIS00.txt
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/EVM_OFDM_SIS00.txt
+
+
+OFFICIAL RESULTS
+------------------------------------------------
+Official Quantity 	 Value
+------------------------------------------------
+EVM_rms%                 4.71866537173969e-14
+tau0-Optimal Delay (ns)  0
+G_OPT Amp                1
+G_OPT Phase (deg)        7.98197238653876e-17
+
+
+Official Quantity Definition:
+-----------------------------
+> EVM_rms% = RMS EVM as a percentage
+> Optimal Delay (ns) = Optimal time delay to be applied* in the phase of XOut before symbol sampling/EVM calculation
+   where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
+   * the opposite of the computed delay is applied.
+> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
+> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/EVM_OFDM_SIS05.txt
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/EVM_OFDM_SIS05.txt
+
+
+OFFICIAL RESULTS
+------------------------------------------------
+Official Quantity 	 Value
+------------------------------------------------
+EVM_rms%                 3.0433379792034
+tau0-Optimal Delay (ns)  -0.259554994291471
+G_OPT Amp                0.99887851304836
+G_OPT Phase (deg)        39.3854832000678
+
+
+Official Quantity Definition:
+-----------------------------
+> EVM_rms% = RMS EVM as a percentage
+> Optimal Delay (ns) = Optimal time delay to be applied* in the phase of XOut before symbol sampling/EVM calculation
+   where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
+   * the opposite of the computed delay is applied.
+> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
+> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees
--- a/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/EVM_OFDM_SIS10.txt
+++ b/03 P1765 Baseline EVM Algorithms/OFDM/Example EVM Results Octave6.3.0/EVM_OFDM_SIS10.txt
+
+
+OFFICIAL RESULTS
+------------------------------------------------
+Official Quantity 	 Value
+------------------------------------------------
+EVM_rms%                 2.70072603162385
+tau0-Optimal Delay (ns)  3141.5933909972
+G_OPT Amp                5.03961458050547
+G_OPT Phase (deg)        139.665765708907
+
+
+Official Quantity Definition:
+-----------------------------
+> EVM_rms% = RMS EVM as a percentage
+> Optimal Delay (ns) = Optimal time delay to be applied* in the phase of XOut before symbol sampling/EVM calculation
+   where XOut is fftshifted match filtered baseband version of reference signal in frequency domain
+   * the opposite of the computed delay is applied.
+> G_OPT Amp = Symbol Norm Amp = abs(G_OPT), where G_OPT is optimal complex gain/normalization factor for symbol samples
+> G_OPT Phase = Symbol Norm Phase = angle(G_OPT) in degrees