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computes the shortening-signal-to-noise ratio in dB,tail energy in dB
and the effective channel impulse response-computes the shortening - signal-to-nois e ratio in dB. tail energy in dB and the effective channel impu lse response
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Fast Channel Shortening using Frequency Domain
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ofdm自适应盲信道缩短算法（SAM算法），对做信道缩短方面的朋友有一定的帮助！-An implementation of ofdm adaptive channel shortening(SAM)
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we investigate a new blind adaptive fractionally-spaced TEQ (FS-TEQ) for multicarrier systems in order to reduce efficiently intersymbol interference. We also exploit the cyclic prefix and fractionally-spaced TEQ to create a blind adaptive globally c
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we investigate a new blind adaptive fractionally-spaced TEQ (FS-TEQ) for multicarrier systems in order to reduce efficiently intersymbol interference. We also exploit the cyclic prefix and fractionally-spaced TEQ to create a blind adaptive globally c
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we investigate a new blind adaptive fractionally-spaced TEQ (FS-TEQ) for multicarrier systems in order to reduce efficiently intersymbol interference. We also exploit the cyclic prefix and fractionally-spaced TEQ to create a blind adaptive globally c
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we investigate a new blind adaptive fractionally-spaced TEQ (FS-TEQ) for multicarrier systems in order to reduce efficiently intersymbol interference. We also exploit the cyclic prefix and fractionally-spaced TEQ to create a blind adaptive globally c
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we investigate a new blind adaptive fractionally-spaced TEQ (FS-TEQ) for multicarrier systems in order to reduce efficiently intersymbol interference. We also exploit the cyclic prefix and fractionally-spaced TEQ to create a blind adaptive globally c
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Program of publication
"Fast Channel Shortening with Polynomial Weighting Functions"
figure5 and 6
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Program of publication
"Fast Channel Shortening with Polynomial Weighting Functions"
sub_pg_of_fig5and6
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Program of publication
"Fast Channel Shortening with Polynomial Weighting Functions"
sub-pg_of_fig5and6
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Fast Channel Shortening with Polynomial Weighting Functions
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Blind, Adaptive Channel Shortening by Sum-squared Auto-correlation Minimization (SAM)," IEEE Trans. on Signal Processing, December 2003.
The two zip files below should be installed in parallel. -Blind, Adaptive Channel Shortening by Sum-squared
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R. K. Martin, C. R. Johnson, Jr., M. Ding, and B. L. Evans, "Infinite Length Results for Channel Shortening Equalizers," Proc. The IV IEEE Signal Processing Workshop on Signal Processing Advances in Wireless Communications (SPAWC), Rome, Italy, June
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ofdm自适应盲信道缩短算法（SAM算法法），对做信道缩短方面的朋友有一定的帮助！
-ofdm blind adaptive channel shortening algorithm (SAM algorithm method), will certainly help to shorten the terms of friends to do the channel!
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Program of publication
"Fast Channel Shortening with Polynomial Weighting Functions"
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Program of publication
"Fast Channel Shortening with Polynomial Weighting Functions"
contient 3pg of fig4,5and6
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OFDM系统通过在时域符号前插入大于信道冲击响应长度的循环前缀（CP）可以避免符号间干扰(ISI)和载波间干扰(ICI)。但是，过长CP会使得数据传输效率降低。可以采用最小均方误差（MMSE）信道缩短均衡技术来压缩信道冲击响应长度。-OFDM systems avoid inter-symbol interference (ISI) and inter-carrier interference (ICI) by inserting a cyclic prefix (CP) larger than
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