Welcome![Sign In][Sign Up]
Location:
Search - TRAINING SEQUENCE IN OFDM SYSTEM

Search list

[Software EngineeringOFDMfreqSychr

Description: OFDM系统中的载波频偏估计算法及其性能分析,OFDM 系统中训练序列辅助的载波频偏估计算法及其性能-OFDM system carrier frequency offset estimation algorithm and its performance analysis, OFDM systems training sequence-assisted carrier frequency offset estimation algorithm and its performance
Platform: | Size: 1760256 | Author: 李继龙 | Hits:

[matlab2

Description: 文章详细介绍了在OFDM系统中基于导频或训练序列的信道估计方法-Article described in detail in the OFDM system based on pilot or training sequence channel estimation methods
Platform: | Size: 140288 | Author: 王云峰 | Hits:

[Program doc4

Description: :载波频率偏移是OFDM系统实现的关键问题之一。分析了OFDM 系统载频偏移估计的2 种算法,即利用循环前缀和训练序列方法。它们均为最大似然估计方法。分别讨论了它们的基本 思想、实现方法和仿真结果。可以看出基于循环前缀算法复杂度较小,精度不高,而基于训练序列 的算法有较高的估计精度,但降纸了系统传输效率。-Abstract:Carrier frequency ofset is one of the key problems in OFDM system.Two foundational methods 。cycling prefix—based and training sequence—based algorithms。to estimate OFDM carriers~equency ofset are analyzed.Then it discusses their basic thoughts。implementing methods and simulation resuits. Finally。merits and demerits of every algorithm are supposed.It concludes that the cycling prefix— based algorithm has less complexity and less precision。and that the training sequence—based algorithm has better estimation performance at the cost of transmission efficiency.
Platform: | Size: 166912 | Author: 卫海宁 | Hits:

[Embeded-SCM Developshort_traning

Description: OFDM系统中的短训练序列生成,采用verilog实现。-OFDM system in the short training sequence generated
Platform: | Size: 337920 | Author: 罗云 | Hits:

[matlabxindaoguji

Description: OFDM系统中理想信道估计与训练序列信道估计对比,包含QPSK和16QAM两种不同调制方式-Ideal channel estimation and training sequence channel estimation in OFDM system , contains QPSK and 16 qam two different modulation mode
Platform: | Size: 2048 | Author: 陈默默 | Hits:

[matlabtrainingwithequalizer

Description: this code for add training sequence in OFDM system
Platform: | Size: 1024 | Author: mohammed_1988 | Hits:

CodeBus www.codebus.net