登录
首页 » LabView » LABVIEW_OFDM

LABVIEW_OFDM

于 2021-04-13 发布 文件大小:2164KB
0 405
下载积分: 1 下载次数: 86
我要下载

代码说明：

  一个labview的OFDM演示例子，书上的，比较详细(labview OFDM)

文件列表：

11 正交频分复用（OFDM）技术使用指导
...................................\OFDM
...................................\....\Mod_OFDM_Application.vi,154032,2006-08-06
...................................\....\OFDM_Tx
...................................\....\.......\Controls(Type_DEf)
...................................\....\.......\..................\Attribute Data Types.ctl,38068,2006-08-06
...................................\....\.......\..................\Attribute Names.ctl,7912,2006-08-06
...................................\....\.......\..................\Configure OFDM Frame.ctl,6532,2006-08-06
...................................\....\.......\..................\Configure Pool of Symbols.ctl,9596,2006-08-06
...................................\....\.......\..................\Configure Pulse Shaping.ctl,8984,2006-08-06
...................................\....\.......\..................\OFDM Symbol pool Cntrl.ctl,9088,2006-08-06
...................................\....\.......\..................\Parameters per Ofdm Symbol.ctl,18940,2006-08-06
...................................\....\.......\..................\Pool of Data Source Control.ctl,11472,2006-08-06
...................................\....\.......\..................\Pool of Modulator Control.ctl,9424,2006-08-06
...................................\....\.......\..................\Select OFDM Symbol Cntrl.ctl,7632,2006-08-06
...................................\....\.......\Mod_OFDM_check_Status.vi,34896,2006-08-06
...................................\....\.......\Mod_OFDM_Complex Waveform_Generation.vi,68908,2006-08-06
...................................\....\.......\Mod_OFDM_Complex_Symbols _Generation.vi,55372,2006-08-06
...................................\....\.......\Mod_OFDM_Examine_Configure_Data_Sources.vi,22780,2006-08-06
...................................\....\.......\Mod_OFDM_Examine_Configure_Modulator_Sources.vi,22228,2006-08-06
...................................\....\.......\Mod_OFDM_Examine_Configure_OFDM_Frame.vi,50356,2006-08-06
...................................\....\.......\Mod_OFDM_Examine_Configure_OFDM_Parameters.vi,20472,2006-08-06
...................................\....\.......\Mod_OFDM_Examine_Configure_OFDM_Symbol.vi,22212,2006-08-06
...................................\....\.......\Mod_OFDM_Examine_Configure_Pulse_Shaping_Parameters.vi,22688,2006-08-06
...................................\....\.......\Mod_OFDM_Examine_Configure_Waveform_Generation.vi,24996,2006-08-06
...................................\....\.......\Mod_OFDM_Initialization.vi,50736,2006-08-06
...................................\....\.......\Mod_OFDM_Rx.vi,59276,2006-08-06
...................................\....\.......\Mod_OFDM_Sub_VI's
...................................\....\.......\.................\Mod_OFDM Set Attributes.vi,11368,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Add_Cylic_Prefix_Frame.vi,37312,2006-08-06
...................................\....\.......\.................\Mod_OFDM_ADD_DELETE_Frame.vi,62564,2006-08-06
...................................\....\.......\.................\Mod_OFDM_bits_Generation_per_Frame.vi,57616,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Block_IFFT_per_Frame.vi,48592,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Build_Frame_Summary.vi,91448,2006-08-06
...................................\....\.......\.................\Mod_OFDM_build_table_for_data_Sources.vi,31132,2006-08-06
...................................\....\.......\.................\Mod_OFDM_build_table_for_Modulators.vi,29336,2006-08-06
...................................\....\.......\.................\Mod_OFDM_CAL_ERRORS.vi,25308,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Close_Configuration_Files.vi,19628,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Configure_OFDM_Frame.vi,34552,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Config_Data_Source.vi,37800,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Config_Modulator_Source.vi,32176,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Config_OFDM_Parameters.vi,23512,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Config_OFDM_Symbol.vi,84728,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Config_OFDM_Symbol_Range_Properties.vi,18676,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Config_Pulse_Shaping.vi,39968,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Constellation.vi,35788,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Continous_Phase_Complex_Symbols.vi,23580,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Continous_Phase_waveform.vi,39632,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Convert_Symbol_Pool_Control.vi,46856,2006-08-06
...................................\....\.......\.................\Mod_OFDM_DeMapping.vi,50552,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Down_Sampling.vi,34556,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Examine_OFDM_Symbol.vi,38476,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Examine_Symbol_pool and Symbol_Table.vi,16740,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Frame_bits_to_symbol.vi,60248,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Generate_Frame_per_Sub_Carrier.vi,96420,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Remove_Cyclic_Prefix_Frame.vi,50388,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Retrieve_Frame_Parameters.vi,54508,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Retrieve_Frame_Summary.vi,43088,2006-08-06
...................................\....\.......\.................\Mod_OFDM_rfsg_Resample and Write (Complex Input).vi,47316,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Seed_Initialization.vi,20572,2006-08-06
...................................\....\.......\.................\Mod_OFDM_Sliding Correlator.vi,24828,2006-08-06
...................................\....\.......\.................\Mod_rfsg_Determine Parameters for Resampling.vi,23000,2006-08-06
...................................\....\.......\.................\OFDM Frame Storage
...................................\....\.......\.................\..................\Data
...................................\....\.......\.................\..................\....\IEEE 802.11a First Symbol of Frame,76443,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a First Symbol of Frame.ofm,55155,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame,158687,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame(16QAM),97005,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame(16QAM).ofm,55237,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame(64QAM),97005,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame(64QAM).ofm,55237,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame(BPSK),97003,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame(BPSK).ofm,55235,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame(QPSK),97003,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame(QPSK).ofm,55235,2006-05-26
...................................\....\.......\.................\..................\....\IEEE 802.11a Frame.ofm,55479,2006-05-26
...................................\....\.......\.................\..................\Mod_OFDM_Read_Configuration_From_File.vi,25336,2006-08-06
...................................\....\.......\.................\..................\Mod_OFDM_Read_Waveform_From_File.VI,40720,2006-08-06
...................................\....\.......\.................\..................\Mod_OFDM_Write_Configuration_To_File.vi,22744,2006-08-06
...................................\....\.......\.................\..................\Mod_OFDM_Write_Waveform_To_File.VI,46428,2006-08-06
...................................\....\.......\Polymorphic_Sub_VI's
...................................\....\.......\....................\MOD_OFDM_Get_Attr.vi,20504,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Get_Data_Sources.vi,60272,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Get_FRAME_Table.vi,51192,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Get_Modulator_Sources.vi,57724,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Get_OFDM_Frame.vi,51848,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Get_Ofdm_Parameters.vi,50676,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Get_OFDM_Symbol_Pool.vi,55496,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Get_Pulse_Shaping.vi,53228,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Get_Sub_Carrier_Selection.vi,54016,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Get_Symbol_Table.vi,49560,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Set_Attr.vi,14588,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Set_Data_Source.vi,53420,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Set_Modulator_Source.vi,51664,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Set_Ofdm_Frame.vi,58352,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Set_Ofdm_Parameters.vi,21052,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Set_Ofdm_Symbol.vi,65576,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Set_Ofdm_Symbol_Pool.vi,21956,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Set_Pulse_Shaping_Parameters.vi,51152,2006-08-06
...................................\....\.......\....................\Mod_OFDM_Set_Symbol_Table.vi,65160,2006-08-06

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

  • danchunxingfa
    单纯形法，求解线性规划问题的通用方法。单纯形是美国数学家G.B.丹齐克于1947年首先提出来的。它的理论根据是：线性规划问题的可行域是 n维向量空间Rn中的多面凸集，其最优值如果存在必在该凸集的某顶点处达到。顶点所对应的可行解称为基本可行解。单纯形法的基本思想是：先找出一个基本可行解，对它进行鉴别，看是否是最优解；若不是，则按照一定法则转换到另一改进的基本可行解,再鉴别；若仍不是，则再转换,按此重复进行。因基本可行解的个数有限，故经有限次转换必能得出问题的最优解。如果问题无最优解也可用此法判别。 (Simplex method, for solving linear programming problems common method. Simplex is the American mathematician GB Danzig in 1947 first put forward. Its theory is based on: linear programming problem feasible region is n-dimensional vector space Rn convex set in the multi-faceted, and its optimal value must be if the vertices of a convex set to achieve. Feasible solution corresponding to the vertex is called a basic feasible solution. The basic idea of the simplex method is: first find a basic feasible solution, to identify it and see whether it is the optimal solution If not, switch to another according to certain rules to improve the basic feasible solution, and then identify if still No, the re-conversion, click here to repeat. Due to the limited number of basic feasible solution, it will be converted by the finite optimal solution can be reached. If the problem can also be the optimal solution method has been applied without discrimination. )
    2011-01-17 21:01:44下载
    积分：1
  • code
    1.O——Hungarian.m 主要功能： 实现匈牙利算法，最终产生关联矩阵 2.trackassoicataion_hgm 主要功能： 1）实现两个传感器对三条航迹的估计； 2）实现两个传感器三组数据的关联； 3）统计误关联-步数的关系，画出结果图。(1.O- Hungarian.m The main function: Hungarian algorithm to achieve, ultimately produce correlation matrix 2.trackassoicataion_hgm The main function: 1) to achieve two sensors estimate of three tracks 2) to achieve the two sensors associated with the three sets of data 3) statistical error associated with- relationship the number of steps, the results shown in Fig.)
    2015-09-17 15:56:54下载
    积分：1
  • GUDAO
    一个关于孤岛效应的仿真，尽量模拟电力系统孤岛效应(A simulation on the island effect, try to simulate the power system islanding)
    2014-12-12 09:35:29下载
    积分：1
  • Numerical-analysis-with-Matlab
    This tutorial deals with the rootfinding, interpolation, numerical differentiation and integration and numerical solutions of the ordinary differential equations.
    2013-12-07 18:59:37下载
    积分：1
  • 修正节点电压法matlab
    说明：  用matlab进行节点电压方程的计算，属于计算节点电压方程的简单算例。(Using MATLAB to calculate the node voltage equation is a simple example of calculating the node voltage equation.)
    2019-12-25 14:58:40下载
    积分：1
  • OPASTdForMUD
    说明：  此程序为DS-CDMA链路中加入基于子空间的PASTd多用户检测方法。系统中采用m序列阔频，可以通过高斯信道或瑞利信道。可以直接运行得到不同信噪比下的误码率曲线。(This procedure for the DS-CDMA link by adding space-based sub-PASTd multi-user detection methods. System m sequence used in wide-band, you can channel through the Gaussian or Rayleigh channel. Can be directly run different SNR BER curves.)
    2008-09-09 19:16:06下载
    积分：1
  • newsignalprogress
    文件包含现代信号处理的常用算法的matlab源代码(File contains commonly used algorithm modern signal processing matlab source code)
    2014-09-03 15:56:47下载
    积分：1
  • buck_vol_control_matrix
    电源系统常用的电压控制仿真系统，研究人员必备佳品。(Power system voltage control simulation system used, the researchers required to share.)
    2014-09-23 22:15:23下载
    积分：1
  • 1Channel-EstimationMIMO
    无线衰落信道 在无线移动信道中，信号从发射天线经过复杂的传播环境到达接收天线，接收信号为各反射、衍射和散射分量以及信道噪声的复合，因而会产生严重的失真。另外，移动信道中由于移动台运动或信道环境的改变会使信道特性随时间随机变化，接收到的信号由于Doppler效应会产生更为严重的失真。 (OFDM has superior performance when transmitting high rate data in wireless fading channel.)
    2016-03-25 09:10:08下载
    积分：1
  • jade
    说明：  盲信号分离的联合对角化算法。可设置分离信号个数，运算速度较快(Blind Signal Separation algorithm for joint diagonalization. Can set the number of split signals, computing speed)
    2021-04-12 14:58:58下载
    积分：1
  • 696516资源总数
  • 106913会员总数
  • 8今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2026 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！