登录
首页 » matlab » ofdm_webexample

ofdm_webexample

于 2009-09-24 发布 文件大小:2104KB
0 101
下载积分: 1 下载次数: 6

代码说明:

  An example of OFDM modulation implemented in MATLAB with simulations for tx, rx.

文件列表:

ofdm_webexample
...............\OFDM
...............\....\Mod_OFDM_Application.vi
...............\....\OFDM_Tx
...............\....\.......\Controls(Type_DEf)
...............\....\.......\..................\Attribute Data Types.ctl
...............\....\.......\..................\Attribute Names.ctl
...............\....\.......\..................\Configure OFDM Frame.ctl
...............\....\.......\..................\Configure Pool of Symbols.ctl
...............\....\.......\..................\Configure Pulse Shaping.ctl
...............\....\.......\..................\OFDM Symbol pool Cntrl.ctl
...............\....\.......\..................\Parameters per Ofdm Symbol.ctl
...............\....\.......\..................\Pool of Data Source Control.ctl
...............\....\.......\..................\Pool of Modulator Control.ctl
...............\....\.......\..................\Select OFDM Symbol Cntrl.ctl
...............\....\.......\Mod_OFDM_check_Status.vi
...............\....\.......\Mod_OFDM_Complex Waveform_Generation.vi
...............\....\.......\Mod_OFDM_Complex_Symbols _Generation.vi
...............\....\.......\Mod_OFDM_Examine_Configure_Data_Sources.vi
...............\....\.......\Mod_OFDM_Examine_Configure_Modulator_Sources.vi
...............\....\.......\Mod_OFDM_Examine_Configure_OFDM_Frame.vi
...............\....\.......\Mod_OFDM_Examine_Configure_OFDM_Parameters.vi
...............\....\.......\Mod_OFDM_Examine_Configure_OFDM_Symbol.vi
...............\....\.......\Mod_OFDM_Examine_Configure_Pulse_Shaping_Parameters.vi
...............\....\.......\Mod_OFDM_Examine_Configure_Waveform_Generation.vi
...............\....\.......\Mod_OFDM_Initialization.vi
...............\....\.......\Mod_OFDM_Rx.vi
...............\....\.......\Mod_OFDM_Sub_VI's
...............\....\.......\.................\Mod_OFDM Set Attributes.vi
...............\....\.......\.................\Mod_OFDM_Add_Cylic_Prefix_Frame.vi
...............\....\.......\.................\Mod_OFDM_ADD_DELETE_Frame.vi
...............\....\.......\.................\Mod_OFDM_bits_Generation_per_Frame.vi
...............\....\.......\.................\Mod_OFDM_Block_IFFT_per_Frame.vi
...............\....\.......\.................\Mod_OFDM_Build_Frame_Summary.vi
...............\....\.......\.................\Mod_OFDM_build_table_for_data_Sources.vi
...............\....\.......\.................\Mod_OFDM_build_table_for_Modulators.vi
...............\....\.......\.................\Mod_OFDM_CAL_ERRORS.vi
...............\....\.......\.................\Mod_OFDM_Close_Configuration_Files.vi
...............\....\.......\.................\Mod_OFDM_Configure_OFDM_Frame.vi
...............\....\.......\.................\Mod_OFDM_Config_Data_Source.vi
...............\....\.......\.................\Mod_OFDM_Config_Modulator_Source.vi
...............\....\.......\.................\Mod_OFDM_Config_OFDM_Parameters.vi
...............\....\.......\.................\Mod_OFDM_Config_OFDM_Symbol.vi
...............\....\.......\.................\Mod_OFDM_Config_OFDM_Symbol_Range_Properties.vi
...............\....\.......\.................\Mod_OFDM_Config_Pulse_Shaping.vi
...............\....\.......\.................\Mod_OFDM_Constellation.vi
...............\....\.......\.................\Mod_OFDM_Continous_Phase_Complex_Symbols.vi
...............\....\.......\.................\Mod_OFDM_Continous_Phase_waveform.vi
...............\....\.......\.................\Mod_OFDM_Convert_Symbol_Pool_Control.vi
...............\....\.......\.................\Mod_OFDM_DeMapping.vi
...............\....\.......\.................\Mod_OFDM_Down_Sampling.vi
...............\....\.......\.................\Mod_OFDM_Examine_OFDM_Symbol.vi
...............\....\.......\.................\Mod_OFDM_Examine_Symbol_pool and Symbol_Table.vi
...............\....\.......\.................\Mod_OFDM_Frame_bits_to_symbol.vi
...............\....\.......\.................\Mod_OFDM_Generate_Frame_per_Sub_Carrier.vi
...............\....\.......\.................\Mod_OFDM_Remove_Cyclic_Prefix_Frame.vi
...............\....\.......\.................\Mod_OFDM_Retrieve_Frame_Parameters.vi
...............\....\.......\.................\Mod_OFDM_Retrieve_Frame_Summary.vi
...............\....\.......\.................\Mod_OFDM_rfsg_Resample and Write (Complex Input).vi
...............\....\.......\.................\Mod_OFDM_Seed_Initialization.vi
...............\....\.......\.................\Mod_OFDM_Sliding Correlator.vi
...............\....\.......\.................\Mod_rfsg_Determine Parameters for Resampling.vi
...............\....\.......\.................\OFDM Frame Storage
...............\....\.......\.................\..................\Data
...............\....\.......\.................\..................\....\IEEE 802.11a First Symbol of Frame
...............\....\.......\.................\..................\....\IEEE 802.11a First Symbol of Frame.ofm
...............\....\.......\.................\..................\....\IEEE 802.11a Frame
...............\....\.......\.................\..................\....\IEEE 802.11a Frame(16QAM)
...............\....\.......\.................\..................\....\IEEE 802.11a Frame(16QAM).ofm
...............\....\.......\.................\..................\....\IEEE 802.11a Frame(64QAM)
...............\....\.......\.................\..................\....\IEEE 802.11a Frame(64QAM).ofm
...............\....\.......\.................\..................\....\IEEE 802.11a Frame(BPSK)
...............\....\.......\.................\..................\....\IEEE 802.11a Frame(BPSK).ofm
...............\....\.......\.................\..................\....\IEEE 802.11a Frame(QPSK)
...............\....\.......\.................\..................\....\IEEE 802.11a Frame(QPSK).ofm
...............\....\.......\.................\..................\....\IEEE 802.11a Frame.ofm
...............\....\.......\.................\..................\Mod_OFDM_Read_Configuration_From_File.vi
...............\....\.......\.................\..................\Mod_OFDM_Read_Waveform_From_File.VI
...............\....\.......\.................\..................\Mod_OFDM_Write_Configuration_To_File.vi
...............\....\.......\.................\..................\Mod_OFDM_Write_Waveform_To_File.VI
...............\....\.......\Polymorphic_Sub_VI's
...............\....\.......\....................\MOD_OFDM_Get_Attr.vi
...............\....\.......\....................\Mod_OFDM_Get_Data_Sources.vi
...............\....\.......\....................\Mod_OFDM_Get_FRAME_Table.vi
...............\....\.......\....................\Mod_OFDM_Get_Modulator_Sources.vi
...............\....\.......\....................\Mod_OFDM_Get_OFDM_Frame.vi
...............\....\.......\....................\Mod_OFDM_Get_Ofdm_Parameters.vi
...............\....\.......\....................\Mod_OFDM_Get_OFDM_Symbol_Pool.vi
...............\....\.......\....................\Mod_OFDM_Get_Pulse_Shaping.vi
...............\....\.......\....................\Mod_OFDM_Get_Sub_Carrier_Selection.vi
...............\....\.......\....................\Mod_OFDM_Get_Symbol_Table.vi
...............\....\.......\....................\Mod_OFDM_Set_Attr.vi
...............\....\.......\....................\Mod_OFDM_Set_Data_Source.vi
...............\....\.......\....................\Mod_OFDM_Set_Modulator_Source.vi
...............\....\.......\....................\Mod_OFDM_Set_Ofdm_Frame.vi
...............\....\.......\....................\Mod_OFDM_Set_Ofdm_Parameters.vi
...............\....\.......\....................\Mod_OFDM_Set_Ofdm_Symbol.vi
...............\....\.......\....................\Mod_OFDM_Set_Ofdm_Symbol_Pool.vi
...............\....\.......\....................\Mod_OFDM_Set_Pulse_Shaping_Parameters.vi
...............\....\.......\....................\Mod_OFDM_Set_Symbol_Table.vi

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • NRZ-DPSK
    光通信中非归零型差分相位调制信号建模与仿真分析(Optical Communication Central African zero differential phase modulated signal-based modeling and simulation analysis)
    2008-12-24 10:09:58下载
    积分:1
  • chap08
    插值matlab源程序,附使用说明,包括拉各朗日插值,牛顿插值,及示例(Interpolation matlab source, with the use of notes, including the pull of the Long Day interpolation, Newton interpolation, and examples)
    2007-12-14 23:04:36下载
    积分:1
  • sanchongDC
    三重化双向buck—boost电路 实现三重化dc dc双向buck—boost电路的功能(Triple bi-directional buck-boost circuit)
    2020-10-16 21:47:28下载
    积分:1
  • K-means
    说明:  K-means聚类,将多个点根据各自的坐标,一定的算法分析,在matlab上可以看到聚类结果图像,帮助人们更好的分类不同的点,确定选址问题(K-means clustering, according to the coordinates of multiple points, a certain algorithm analysis, in Matlab can see the clustering results image, help people better classify different points, determine the location problem.)
    2019-12-21 14:20:17下载
    积分:1
  • diamond3d
    应用平面波法模拟3-D钻石型光子晶体结构的带隙分布.(Application of Plane Wave Simulation of 3-D diamond-type photonic crystal structure, the distribution of band-gap.)
    2009-09-18 20:44:05下载
    积分:1
  • dragonForth4458
    Dragon Forth (DF) is a powerful tool for creating applications for Palm OS of any complexity. The name Forth means fully compatibility with ANS 94 standard.
    2010-11-25 01:26:51下载
    积分:1
  • simulink OFDM
    说明:  OFDM的simuink仿真,可以指导你怎样搭建OFDM通信系统的框架。(OFDM simuink simulation can guide you how to build OFDM systems framework.)
    2006-01-01 18:57:41下载
    积分:1
  • speech-recogniton-by-using-DTW
    train程序能进行语音模板训练,test来用识别,即模板匹配的过程,采用DTW算法,通过反复训练模板能有较高的识别率(run train.m for templats training,and test.m for templates matching by using DTW.)
    2011-05-26 22:13:57下载
    积分:1
  • SNR_noinferenceincell_GUI
    A SNR code with no ISI in optical communication
    2015-03-18 18:34:36下载
    积分:1
  • simulation
    traitement d ensemble d image (signature,piece mecanique )
    2013-03-10 19:28:07下载
    积分:1
  • 696518资源总数
  • 104269会员总数
  • 42今日下载