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_扩频通信系统实用仿真技术码

于 2021-03-17 发布
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代码说明：

说明：  扩频通信中的两大常见扩频方式，直接序列扩频和跳频(Direct sequence spread spectrum and frequency hopping are two common spread spectrum methods in spread spectrum communication)

文件列表：

_扩频通信系统实用仿真技术码, 0 , 2021-02-10
_扩频通信系统实用仿真技术码\fangzhenjishu, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\1, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\10, 0 , 2021-03-05
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\10\fh_in.mat, 2240040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\10\fh_out.mat, 2298288 , 2021-03-05
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\10\fh_system.mdl, 100354 , 2021-03-05
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\after_decode_out.mat, 2168 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\before_decode_out.mat, 2167 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\carrier_demod_out.mat, 9670 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\decode.m, 2350 , 2008-06-26
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\digtal_signal_source.mat, 8103 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\dsss.mdl, 998164 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\encode.m, 1098 , 2007-04-22
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\encode_in.mat, 12259 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\encode_out.mat, 3271 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\main_decode.m, 1182 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\main_encode.m, 356 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\carrier_demod_out.mat, 9212 , 2009-04-06
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\decode.m, 2350 , 2008-06-26
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\decode_out.mat, 250 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\dsss.mdl, 972845 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\encode.m, 1098 , 2007-04-22
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\encode_in.mat, 9173 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\encode_out.mat, 3299 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\generate_h.m, 8440 , 2007-05-09
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\main_decode.m, 1028 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为数字仡勷仡道仡噪櫔为10dB疄痴扩通仡篻緟_真媞馌\main_encode.m, 202 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\after_decode_out.mat, 2168 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\after_decode_out_sin_scope.mdl, 21475 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\analog_signal_source.mdl, 22350 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\before_decode_out.mat, 2167 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\before_decode_out_sin_scope.mdl, 21993 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\carrier_demod_out.mat, 9672 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\decode.m, 2350 , 2008-06-26
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\dsss.mdl, 1002535 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\encode.m, 1098 , 2007-04-22
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\encode_in.mat, 12259 , 2009-06-14
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\encode_out.mat, 3271 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\main_decode.m, 1180 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\main_encode.m, 348 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\11\仡涐为模懟仡勷仡道仡噪櫔为-3.95dB疄痴扩通仡篻緟_真媞馌\sin_sampling.mat, 8103 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\1\bpsk_mod.mdl, 27085 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\1\bpsk_mod_out.mat, 1632040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\1\pn_mod_out.mat, 816040 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\3, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\3\encode.m, 1098 , 2007-04-22
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\3\encode_in.mat, 9173 , 2009-06-13
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\3\encode_out.mat, 3306 , 2009-06-17
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\3\generate_h.m, 8440 , 2007-05-09
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\3\main_encode.m, 291 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\4, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\4\encode_out.mat, 3273 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\4\pn_mod.mdl, 27483 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\4\pn_mod_out.mat, 816040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\5, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\5\carrier_demod_out.mat, 9212 , 2009-04-06
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\5\decode.m, 2350 , 2008-06-26
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\5\decode_out.mat, 250 , 2009-06-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\5\main_decode.m, 1027 , 2009-06-17
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\5\matrix_h.mat, 12344 , 2009-06-13
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\6, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\6\bpsk_mod_out.mat, 1632040 , 2009-06-15
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\6\channel.mdl, 28758 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\6\channel_out.mat, 1632040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\7, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\7\anti_interference.mdl, 127763 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\7\anti_interference_out.mat, 1632040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\7\channel_out.mat, 1632040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\8, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\8\anti_interference_out.mat, 1632040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\8\pn_dopple.mdl, 837415 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\8\pn_dopple_despreading_out.mat, 1632040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\8\pn_dopple_estimation_out.mat, 1632040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\9, 0 , 2011-08-18
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\9\carrier_demod.mdl, 87909 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\9\carrier_demod_out.mat, 362 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\9\pn_dopple_despreading_out.mat, 1632040 , 2009-06-16
_扩频通信系统实用仿真技术码\fangzhenjishu\fangzhenjishu\9\pn_dopple_estimation_out.mat, 1632040 , 2009-06-16

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  • assign_2_a
    We see that HTH matrix is almost diagonal as the off diagonal elements are nearly zero. So we are getting exact estimation in case of PRN INPUT due to diagonality of HTH matrix. As seen that the unknown inpulse response ( h ) and estimated impulse response ( hth ) are coming out to be exactly same. The estimation even gets better for large N .as we get the HTH matrix perfect diagonal. So we come to know that we can estimate the unknown parameters exactly when PRN input is used.
    2013-05-02 02:53:16下载
    积分：1
  • KineticsEst_naphthene_C6
    说明：  应用计算C6环烷烃的动力学参数，例如，反应级数以及动力学常数(obtain the reaction order and kinetics constant of C6 naphthenic hydrocarbon )
    2011-04-13 19:16:54下载
    积分：1
  • 1064114656
    针对谐波检测问题，比较几种常用谐波检测方法，总结出各自的适用条件。结合经验模态分解理论和总体平均经验模态分解(empirical mode decomposition，EEMD)算法，提出基于EEMD的谐波检测方法。(For harmonic detection problem, comparing several common harmonic detection method, summed up their applicable conditions. Combining theoretical and empirical mode decomposition overall average empirical mode decomposition (empirical mode decomposition, EEMD) algorithm, based on harmonic detection method EEMD.)
    2015-01-02 16:36:47下载
    积分：1
  • craujjnt
    使用大量的有限元法求解偏微分方程，是国外的成品模型，是本科毕设的题目，能量熵的计算，GPS和INS组合导航程序，利用自然梯度算法。( Using a large number of finite element method to solve partial differential equations, Foreign model is finished, The title of the commercial is undergraduate course you Energy entropy calculation, GPS and INS navigation program, Use of natural gradient algorithm.)
    2016-04-09 23:45:16下载
    积分：1
  • shiyanbaogao
    matlab最常用的一些程序 用于调用 实现功能 可根据需要改变数字 完整的实验报告(matlab program for some of the most commonly used function call can be changed to achieve a complete test report number)
    2010-05-29 13:08:04下载
    积分：1
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    Cover switch is at OMAP_MPUIO(3).
    2014-09-08 22:54:50下载
    积分：1
  • sinc
    extreme learning machine例子 run sinc_mean(extreme learning machine examples run sinc_mean)
    2007-12-16 23:06:53下载
    积分：1
  • PX4-Quick-Start-Guide
    Amptek 探测器函数库的使用说明，针对Visual Basic,Visual C++(the manual for Amptek detector function under VB and VC )
    2014-12-08 12:24:49下载
    积分：1
  • test_BER_PLL2_64QAM
    在OFDM系统的大环境下，本代码实现了64QAM的调制，载波同步及其误码率计算。(this code realizes the modulation, the carrier synchronization and the bit error rate test)
    2014-03-27 17:26:40下载
    积分：1
  • 12
    说明：  matlab的一些简单使用，口输入不加扩展名的文件名，该文件必须在当前搜索路径中，例如输(matlab)
    2010-09-02 01:08:12下载
    积分：1
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