文件名称:DPD_sim
介绍说明－－下载内容均来自于网络，请自行研究使用
Digital Predistortion of Nonlieaner RF Power Amplifier with Memory Effects.
This M code simulates a DPD technique linearization for a AB-class nonlinear HPA with memory effects. Here we consider a memory polynomial predistorter to modeling nonlinearity characteristics and memory effects of a HPA.Simulation procedures divided into three separate parts:
1)Analog imperfection compensation for the direct upconversion transmitter
2)Design a DPD based on a memory polynomial predistorter
3)Performance evaluation via a number of parameters such as:EVM,PSD,SNR,
-Digital Predistortion of Nonlieaner RF Power Amplifier with Memory Effects.
This M code simulates a DPD technique linearization for a AB-class nonlinear HPA with memory effects. Here we consider a memory polynomial predistorter to modeling nonlinearity characteristics and memory effects of a HPA.Simulation procedures divided into three separate parts:
1)Analog imperfection compensation for the direct upconversion transmitter
2)Design a DPD based on a memory polynomial predistorter
3)Performance evaluation via a number of parameters such as:EVM,PSD,SNR,
This M code simulates a DPD technique linearization for a AB-class nonlinear HPA with memory effects. Here we consider a memory polynomial predistorter to modeling nonlinearity characteristics and memory effects of a HPA.Simulation procedures divided into three separate parts:
1)Analog imperfection compensation for the direct upconversion transmitter
2)Design a DPD based on a memory polynomial predistorter
3)Performance evaluation via a number of parameters such as:EVM,PSD,SNR,
-Digital Predistortion of Nonlieaner RF Power Amplifier with Memory Effects.
This M code simulates a DPD technique linearization for a AB-class nonlinear HPA with memory effects. Here we consider a memory polynomial predistorter to modeling nonlinearity characteristics and memory effects of a HPA.Simulation procedures divided into three separate parts:
1)Analog imperfection compensation for the direct upconversion transmitter
2)Design a DPD based on a memory polynomial predistorter
3)Performance evaluation via a number of parameters such as:EVM,PSD,SNR,
相关搜索： DPD
predistorter
predistortion
matlab
evm
rf
amplifier
dpd
altera
Polynomial
Memory
Predistorter
digital
predistortion
matlab
predistorter
predistortion
matlab
evm
rf
amplifier
dpd
altera
Polynomial
Memory
Predistorter
digital
predistortion
matlab
(系统自动生成,下载前可以参看下载内容)
下载文件列表
Bagheri-DPD\dpdgui.m
...........\dpd_hardware.mdl
...........\dpd_hardware_rf_math.mdl
...........\dpd_hardware_sim.m
...........\dpd_hrf.mdl
...........\dpd_hrf_init.asv
...........\dpd_hrf_init.m
...........\dpd_linear.m
...........\dpd_main.asv
...........\dpd_main.m
...........\dpd_nonlinear.asv
...........\dpd_nonlinear.m
...........\dpd_rf_inp_im_file.mat
...........\dpd_rf_inp_re_file.mat
...........\dvbt_predistortion.m
...........\dvbt_predistortion_fp.m
...........\dvbt_setting.asv
...........\dvbt_setting.m
...........\fdbk_eq.m
...........\fdbk_eq_inp_im_file.mat
...........\fdbk_eq_inp_re_file.mat
...........\fdbk_eq_out_im_file.mat
...........\fdbk_eq_out_re_file.mat
...........\fdbk_path_eq_file.mat
...........\filtered_signal.txt
...........\filtered_signal5.txt
...........\filtered_signal_imag.txt
...........\filtered_signal_real.txt
...........\fir_new.fda
...........\fir_new.m
...........\fit1.m
...........\forw_eq_inp_im_file.mat
...........\forw_eq_inp_re_file.mat
...........\forw_eq_out_im_file.mat
...........\forw_eq_out_re_file.mat
...........\forw_fdbk_eq.m
...........\fpa_out_im_file.mat
...........\fpa_out_re_file.mat
...........\frow_eq.m
...........\frow_fdbk_eq.asv
...........\hrf.mdl
...........\hrf.mdl.autosave
...........\hs_err_pid3012.log
...........\input_filter_imag.txt
...........\input_filter_real.txt
...........\l_dpdv1.asv
...........\l_dpdv1.m
...........\l_dpdv2.m
...........\make_fdbk_path_eq.asv
...........\make_fdbk_path_eq.m
...........\make_forw_path_eq.asv
...........\make_forw_path_eq.m
...........\make_lut.m
...........\nl_dpdv1.asv
...........\nl_dpdv1.m
...........\nl_dpdv2.m
...........\output_filter.fda
...........\output_filter.m
...........\output_signal.txt
...........\output_signal5.txt
...........\pa_out_im_file.mat
...........\pa_out_re_file.mat
...........\rf_fdbk_path_1.mdl
...........\rf_fdbk_path_2.mdl
...........\rf_forw_path_1.mdl
...........\rf_forw_path_2.mdl
...........\rf_inp_im_file.mat
...........\rf_inp_re_file.mat
...........\sample.m
...........\src_im.mat
...........\src_re.mat
...........\untitled.coe
Bagheri-DPD
...........\dpd_hardware.mdl
...........\dpd_hardware_rf_math.mdl
...........\dpd_hardware_sim.m
...........\dpd_hrf.mdl
...........\dpd_hrf_init.asv
...........\dpd_hrf_init.m
...........\dpd_linear.m
...........\dpd_main.asv
...........\dpd_main.m
...........\dpd_nonlinear.asv
...........\dpd_nonlinear.m
...........\dpd_rf_inp_im_file.mat
...........\dpd_rf_inp_re_file.mat
...........\dvbt_predistortion.m
...........\dvbt_predistortion_fp.m
...........\dvbt_setting.asv
...........\dvbt_setting.m
...........\fdbk_eq.m
...........\fdbk_eq_inp_im_file.mat
...........\fdbk_eq_inp_re_file.mat
...........\fdbk_eq_out_im_file.mat
...........\fdbk_eq_out_re_file.mat
...........\fdbk_path_eq_file.mat
...........\filtered_signal.txt
...........\filtered_signal5.txt
...........\filtered_signal_imag.txt
...........\filtered_signal_real.txt
...........\fir_new.fda
...........\fir_new.m
...........\fit1.m
...........\forw_eq_inp_im_file.mat
...........\forw_eq_inp_re_file.mat
...........\forw_eq_out_im_file.mat
...........\forw_eq_out_re_file.mat
...........\forw_fdbk_eq.m
...........\fpa_out_im_file.mat
...........\fpa_out_re_file.mat
...........\frow_eq.m
...........\frow_fdbk_eq.asv
...........\hrf.mdl
...........\hrf.mdl.autosave
...........\hs_err_pid3012.log
...........\input_filter_imag.txt
...........\input_filter_real.txt
...........\l_dpdv1.asv
...........\l_dpdv1.m
...........\l_dpdv2.m
...........\make_fdbk_path_eq.asv
...........\make_fdbk_path_eq.m
...........\make_forw_path_eq.asv
...........\make_forw_path_eq.m
...........\make_lut.m
...........\nl_dpdv1.asv
...........\nl_dpdv1.m
...........\nl_dpdv2.m
...........\output_filter.fda
...........\output_filter.m
...........\output_signal.txt
...........\output_signal5.txt
...........\pa_out_im_file.mat
...........\pa_out_re_file.mat
...........\rf_fdbk_path_1.mdl
...........\rf_fdbk_path_2.mdl
...........\rf_forw_path_1.mdl
...........\rf_forw_path_2.mdl
...........\rf_inp_im_file.mat
...........\rf_inp_re_file.mat
...........\sample.m
...........\src_im.mat
...........\src_re.mat
...........\untitled.coe
Bagheri-DPD