文件名称:UtryyGUIIW
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超宽带系统链路matlab仿真程序源码超宽带系统简单易懂仿真平台，有简单易懂界面.包含可替换的脉冲成型（半余弦脉冲）、IEEE802.15.3a的修正SV信道、最大似然信道估计、Rake接收机等模块块，能实现mmonte carlo仿真求误码率。可添加多址接入、编码等功能（维特比编解码、帧同步的程序源码由本人同学开发）。入口主程序源码uwbsim.m编解码程序源码：bin2deci.m；bini2
-Ultra-Wideband System Link matlab simulation program source UWB systems straightforward simulation platform, easy to understand interface. Includes replacement of the pulse shaping (cosine pulse). IEEE802.15.3a amendment SV channel, maximum likelihood channel estimation Rake receiver modules can mmonte carlo simulation for BER. You can add multiple access coding (Viterbi codec, fr a me synchronization program source code developed by my classmates). Entrance of the main program source program source code uwbsim.m codec: bin2deci.m bini2
-Ultra-Wideband System Link matlab simulation program source UWB systems straightforward simulation platform, easy to understand interface. Includes replacement of the pulse shaping (cosine pulse). IEEE802.15.3a amendment SV channel, maximum likelihood channel estimation Rake receiver modules can mmonte carlo simulation for BER. You can add multiple access coding (Viterbi codec, fr a me synchronization program source code developed by my classmates). Entrance of the main program source program source code uwbsim.m codec: bin2deci.m bini2
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下载文件列表
UtryyGUIIW\tryGUI\bin2deci.m
..........\......\bini2deci.m
..........\......\channel.m
..........\......\channelgenerator.m
..........\......\ch_est.m
..........\......\cnv_encd.m
..........\......\conv_m.m
..........\......\deci2bin.m
..........\......\dssignal.m
..........\......\Eb_halfcos.m
..........\......\findpeak.m
..........\......\halfcos_generator.m
..........\......\metric.m
..........\......\MRC_combine.m
..........\......\MRC_Rake.m
..........\......\nxt_stat.m
..........\......\n_upsample.m
..........\......\selectpath.m
..........\......\sigfold.m
..........\......\sim_main.m
..........\......\spreadgren.m
..........\......\test_code.m
..........\......\training_ds.m
..........\......\uwbsim.fig
..........\......\uwbsim.m
..........\......\UWB_SV_channel.m
..........\......\uwb_sv_cnvrt_ct.m
..........\......\uwb_sv_eval_ct.m
..........\......\uwb_sv_model_ct.m
..........\......\uwb_sv_params.m
..........\......\VITERBI.M
..........\......\vit_test.m
..........\......\waveshape.m
..........\tryGUI
UtryyGUIIW
..........\......\bini2deci.m
..........\......\channel.m
..........\......\channelgenerator.m
..........\......\ch_est.m
..........\......\cnv_encd.m
..........\......\conv_m.m
..........\......\deci2bin.m
..........\......\dssignal.m
..........\......\Eb_halfcos.m
..........\......\findpeak.m
..........\......\halfcos_generator.m
..........\......\metric.m
..........\......\MRC_combine.m
..........\......\MRC_Rake.m
..........\......\nxt_stat.m
..........\......\n_upsample.m
..........\......\selectpath.m
..........\......\sigfold.m
..........\......\sim_main.m
..........\......\spreadgren.m
..........\......\test_code.m
..........\......\training_ds.m
..........\......\uwbsim.fig
..........\......\uwbsim.m
..........\......\UWB_SV_channel.m
..........\......\uwb_sv_cnvrt_ct.m
..........\......\uwb_sv_eval_ct.m
..........\......\uwb_sv_model_ct.m
..........\......\uwb_sv_params.m
..........\......\VITERBI.M
..........\......\vit_test.m
..........\......\waveshape.m
..........\tryGUI
UtryyGUIIW