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RTSD
HDL
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61f72423
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61f72423
authored
1 year ago
by
Eric Kooistra
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Update list of ipynb.
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72137cf1
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!405
Resolve L2SDP-260
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1 year ago
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applications/lofar2/model/pfb_os/README.txt
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61f72423
...
@@ -13,7 +13,7 @@ Author: Eric Kooistra, nov 2023
...
@@ -13,7 +13,7 @@ Author: Eric Kooistra, nov 2023
can not exactly reproduce the actual LOFAR1 coefficients, therefore these
can not exactly reproduce the actual LOFAR1 coefficients, therefore these
are loaded from a file Coeffs16384Kaiser-quant.dat
are loaded from a file Coeffs16384Kaiser-quant.dat
* Try low pass filter design methods using windowed sync, firls, remez [
3
]
* Try low pass filter design methods using windowed sync, firls, remez [
4
]
The windowed sync method, firls leased squares method and remez method all
The windowed sync method, firls leased squares method and remez method all
yield comparable results, but firls and remez perform slightly better near
yield comparable results, but firls and remez perform slightly better near
the transition band. The firls and remez functions from scipy.signal use
the transition band. The firls and remez functions from scipy.signal use
...
@@ -27,8 +27,20 @@ Author: Eric Kooistra, nov 2023
...
@@ -27,8 +27,20 @@ Author: Eric Kooistra, nov 2023
[1] dsp_study_erko.txt, summary of DSP books
[1] dsp_study_erko.txt, summary of DSP books
[2] pyfda, dsp, at https://github.com/chipmuenk
[2] pyfda, dsp, at https://github.com/chipmuenk
[3] Try FIR filter design methods
[3] dsp.py import for Python jupyter notebooks
* dsp.py import for Python jupyter notebooks
[4] python jupyter notebooks
* filter_design_firls.ipynb
* Try FIR filter design methods
* filter_design_remez.ipynb
- rectangular_window_and_ideal_lpf.ipynb
* filter_design_windowed_sync.ipynb
- filter_design_windowed_sync.ipynb
- filter_design_firls.ipynb
- filter_design_remez.ipynb
* Try Hilbert transform
- hilbert_transform_design.ipynb
- hilbert_transform_application.ipynb
* Try IIR filter design methods
- iir_filter.ipynb
* Try multirate processing
- up_down_sampling.ipynb
- narrowband_noise_generator.ipynb
* Try polyphase filterbanks
- one_pfb.ipynb
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