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itpp_sci
1.0.0
it++ based simulation framework for scicoslab, scilab and scipy
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itpp_sci
1.0.0
it++ based simulation framework for scicoslab, scilab and scipy
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Go to the source code of this file.
Functions | |
| int | tf_sci () |
| Master function. More... | |
| int | tf_sci_fir () |
| Init FIR as MAV fir filter using vector - get impulse response. More... | |
| int | tf_sci_fir_x () |
| Init FIR_X as complex MAV fir filter using vector - get impulse response. More... | |
| int | tf_sci_lfsr () |
| Int LFSR as prbs(2^3-1=7) sequence, get 4 periods. More... | |
| int | tf_sci_counter () |
| Init COUNTER as by 4 get output for 4*4 clocks. More... | |
| int | tf_sci_lsr () |
| Init LSR and use it as binary fifo for PRBS data generated by LFSR. More... | |
| int | tf_sci_bert () |
| Init BERT and lock it to PRBS data generated by LFSR. More... | |
| int | tf_sci_qam () |
| Modulate and demodulate qam symbols. More... | |
| int | tf_sci_bin2int () |
| Convert ivec [0..N-1] into bvec and back to ivec. More... | |
| int | tf_sci_rms () |
| Find rms of ones(W) and complex_ones(W) More... | |
| int | tf_sci_wgn () |
| Find rms of wgn(0,1) and complex wgn(0,1) More... | |
| int | tf_sci_fir_up () |
| Init MAV fir filter for UP=8 real and complex response. More... | |
| int | tf_sci_nco () |
| compare nco and vco outputs for given phase step More... | |
| int | tf_sci_ejp () |
| for normalized phase from nco get exp(j*ph) More... | |
| int | tf_sci_iq2ap () |
| Modulate and demodulate qam symbols with conversion between. More... | |
| int | tf_sci_mix_x () |
| Mix exp(j*p) * exp(-jp) More... | |
| int | tf_sci_amp_x () |
| sample and hold nco output with amp and amp_x More... | |
| int | tf_sci_circbuff_x () |
| test process, put, peek, get for circullar buffer More... | |
| int | tf_sci_psk () |
| brief - sci_psk_mod, sci_psk_dem test application More... | |
| int | tf_sci_src_x () |
| brief - get src_x impulse response More... | |
| int | tf_sci_casdec_x () |
| compare discrete and device response of casdec_x for wgn_x More... | |
| int | tf_sci_cofdm () |
| Modulate and demodulate cofdm symbols. More... | |
| int | tf_sci_binbuff () |
| int | tf_sci_pam () |
| int | tf_sci_tedg_x () |
| int tf_sci | ( | ) |
Master function.
| int tf_sci_amp_x | ( | ) |
sample and hold nco output with amp and amp_x
| int tf_sci_bert | ( | ) |
Init BERT and lock it to PRBS data generated by LFSR.
| int tf_sci_bin2int | ( | ) |
Convert ivec [0..N-1] into bvec and back to ivec.
| int tf_sci_binbuff | ( | ) |
| int tf_sci_casdec_x | ( | ) |
compare discrete and device response of casdec_x for wgn_x
| int tf_sci_circbuff_x | ( | ) |
test process, put, peek, get for circullar buffer
| int tf_sci_cofdm | ( | ) |
Modulate and demodulate cofdm symbols.
| int tf_sci_counter | ( | ) |
Init COUNTER as by 4 get output for 4*4 clocks.
| int tf_sci_ejp | ( | ) |
for normalized phase from nco get exp(j*ph)
| int tf_sci_fir | ( | ) |
Init FIR as MAV fir filter using vector - get impulse response.
| int tf_sci_fir_up | ( | ) |
Init MAV fir filter for UP=8 real and complex response.
| int tf_sci_fir_x | ( | ) |
Init FIR_X as complex MAV fir filter using vector - get impulse response.
| int tf_sci_iq2ap | ( | ) |
Modulate and demodulate qam symbols with conversion between.
| int tf_sci_lfsr | ( | ) |
Int LFSR as prbs(2^3-1=7) sequence, get 4 periods.
| int tf_sci_lsr | ( | ) |
Init LSR and use it as binary fifo for PRBS data generated by LFSR.
| int tf_sci_mix_x | ( | ) |
Mix exp(j*p) * exp(-jp)
| int tf_sci_nco | ( | ) |
compare nco and vco outputs for given phase step
| int tf_sci_pam | ( | ) |
| int tf_sci_psk | ( | ) |
brief - sci_psk_mod, sci_psk_dem test application
| int tf_sci_qam | ( | ) |
Modulate and demodulate qam symbols.
| int tf_sci_rms | ( | ) |
Find rms of ones(W) and complex_ones(W)
| int tf_sci_src_x | ( | ) |
brief - get src_x impulse response
| int tf_sci_tedg_x | ( | ) |
| int tf_sci_wgn | ( | ) |
Find rms of wgn(0,1) and complex wgn(0,1)
1.8.9.1
