
firfilt_cccf - liquidsdr.org
int firfilt_cccf_execute_block (firfilt_cccf _q, float complex * _x, unsigned int _n, float complex * _y)∞. Execute the filter on a block of input samples; in-place operation is permitted (_x and _y may point to the same place in memory) _q: filter object; _x: pointer to input array, shape: (_n, 1) _n: number of input, output samples
liquid-dsp/examples/README.md at master - GitHub
This example demonstrates how a CRC can be used to validate data received through un-reliable means (e.g. a noisy channel). A CRC is, in essence, a strong algebraic error detection code that computes a key on a block of data using base-2 polynomials. Also available is a checksum for data validation. SEE ALSO: fec_example.c
liquid-dsp/examples/symtrack_cccf_example.c at master - GitHub
symtrack_cccf_execute_block(symtrack, y, buf_len, syms, &num_symbols_sync); total_symbols += num_symbols_sync; // write resulting symbols to window buffer for plotting
Data Structures in liquid-dsp - liquidsdr.org
Most of liquid 's signal processing elements are C structures which retain the object's parameters, state, and other useful information. The naming convention is basename_xxxt_method where basename is the base object name (e.g. interp ), xxxt is …
firfilt_cccf_notch_example.c - GitHub
digital signal processing library for software-defined radios - jgaeddert/liquid-dsp
a) DSRF-PLL, b) DSOGI-PLL, c) MCCF-PLL d) BP-CCF-CPLL block …
The CCCF-CPLL and the DSOGI-PLL are the methods with lowest MSE in all cases (amplitude, frequency and phase), while the BP-CCF-CPLL is the method with the poorest performance, as it does not ...
iirfilt_cccf - liquidsdr.org
int iirfilt_cccf_execute_block (iirfilt_cccf _q, float complex * _x, unsigned int _n, float complex * _y)∞. Execute the filter on a block of input samples; in-place operation is permitted (the input and output buffers may be the same) _q: filter object; _x: pointer to input array, shape: (_n, 1) _n: number of input, 0 < _n
github.com/redwood/liquid-dsp/examples - Go Packages
2021年11月26日 · This example demonstrates how a CRC can be used to validate data received through un-reliable means (e.g. a noisy channel). A CRC is, in essence, a strong algebraic error detection code that computes a key on a block of data using base-2 polynomials. Also available is a checksum for data validation. SEE ALSO: fec_example.c
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Multi-Stage Arbitrary Resampler (msresamp) - liquidsdr.org
While each method is listed for msresamp_crcf, the same functionality applies to msresamp_rrrf and msresamp_cccf. msresamp_crcf_create(r,As) creates a msresamp object with a resampling rate \(r\) and a target stop-band suppression of \(A_s\) dB.
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