文件名称:Turbo_trellis
介绍说明－－下载内容均来自于网络，请自行研究使用
turbo 编译码，采用网格编码调制方式，并且成功地在大气激光通信中得到应用。调制部分自己编写，可直接运行，有助于学习turbo-TCM。都是压缩包形式，里面有多个程序和函数。-turbo encoding and decoding, using trellis coded modulation, and successfully applied in atmospheric laser communication. Modulated part of their preparation, can be run directly, will help you to learn turbo-TCM.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
Turbo_trellis\bin_state.m
.............\demultiplex.m
.............\encoderm.m
.............\encode_bit.m
.............\int_state.m
.............\logmapo.m
.............\OOK AWGN.m
.............\rsc_encode.m
.............\sigexpand.m
.............\sova.m
.............\trellis.m
.............\turbodemo.m
.............\turbo_sys_demo.mat
.............\turbo_trellis.asv
.............\turbo_trellis.fig
.............\turbo_trellis.m
.............\turbo_trellis1.fig
.............\untitled_grt_rtw\grt_main.obj
.............\................\modelsources.txt
.............\................\rtmodel.h
.............\................\rtw_proj.tmw
.............\................\rt_nonfinite.obj
.............\................\rt_sim.obj
.............\................\scomawgnchan2.obj
.............\................\scomconvenc.obj
.............\................\scomerrrate2.obj
.............\................\scomviterbi.obj
.............\................\untitled.bat
.............\................\untitled.c
.............\................\untitled.h
.............\................\untitled.mk
.............\................\untitled.obj
.............\................\untitled_data.c
.............\................\untitled_data.obj
.............\................\untitled_private.h
.............\................\untitled_types.h
.............\turbo_trellis2.fig
.............\Turbo_trellis_fluctuation.emf
.............\Turbo_trellis_fluctuation.fig
.............\Turbo_trellis_fluctuation.m
.............\untitled_grt_rtw
Turbo_trellis
.............\demultiplex.m
.............\encoderm.m
.............\encode_bit.m
.............\int_state.m
.............\logmapo.m
.............\OOK AWGN.m
.............\rsc_encode.m
.............\sigexpand.m
.............\sova.m
.............\trellis.m
.............\turbodemo.m
.............\turbo_sys_demo.mat
.............\turbo_trellis.asv
.............\turbo_trellis.fig
.............\turbo_trellis.m
.............\turbo_trellis1.fig
.............\untitled_grt_rtw\grt_main.obj
.............\................\modelsources.txt
.............\................\rtmodel.h
.............\................\rtw_proj.tmw
.............\................\rt_nonfinite.obj
.............\................\rt_sim.obj
.............\................\scomawgnchan2.obj
.............\................\scomconvenc.obj
.............\................\scomerrrate2.obj
.............\................\scomviterbi.obj
.............\................\untitled.bat
.............\................\untitled.c
.............\................\untitled.h
.............\................\untitled.mk
.............\................\untitled.obj
.............\................\untitled_data.c
.............\................\untitled_data.obj
.............\................\untitled_private.h
.............\................\untitled_types.h
.............\turbo_trellis2.fig
.............\Turbo_trellis_fluctuation.emf
.............\Turbo_trellis_fluctuation.fig
.............\Turbo_trellis_fluctuation.m
.............\untitled_grt_rtw
Turbo_trellis