Age | Commit message (Collapse) | Author |
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lib/include/swig.
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gr-digital. Reworked build system to include this in the libraries and modules built.
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children.
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Updated QA code for this, too. Again, had to change the expected data since the loop converges at a different rate; tested by setting alpha and beta to old values and it worked with old data still.
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inside the block. This forces a slower decision making routine but allows differential encoding. Gray coding is done using pre_diff_code.
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control loop class and cleaned up the interface.
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gri_control_loop class to handle the inner loop. Had to add it to digital_swig.i to properly wrap the parent functions into Python.
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factor instead of setting alpha and beta independently. Also cleaning up Costas loop a bit more.
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changed the error value limit since we were hitting it constantly before.
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and is no longer part of the constructor. All variables are exposed in gets and sets, though, for any purposes.
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frequency and phase estimates.
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code for it.
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for it.
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code. Removed constellation_decoder and everything that dependedon it. Must switch everything to digital_constellation_decoder now. Also moved gmsk to gr-digital. Make check passes.
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to import the right stuff after being changed from sitting in gnuradio-core.
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check needs work.
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that it is in gr-digital.
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and making naming consistent (so CMA and LMS look and behave similary with different error and upate functions).
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consistency.
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set the initial taps of the adaptive filter to 0+j0
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Conflicts:
gr-digital/lib/digital_costas_loop_cc.cc
gr-digital/python/qa_costas_loop_cc.py
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constellation.
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kurtosis. Does not work yet.
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Also added protection from exploding error calcs by clipping.
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gr_cma_equalizer_cc in gnuradio-core and uses the complex-in, complex-out, complex-taps version of the gr_adaptive_filter.
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factor and natural frequency instead of randomly setting the gains. Much more robust in simulation.
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