On Phase Correct Blind Deconvolution exploiting Channel Coding

Authors: A. Scherb, V. Kühn, K.-D. Kammeyer
Abstract: In this paper we will derive an algorithm, which estimates the channel blindly exploiting the statistical dependencies of the transmitted signal caused by channel coding. An additional feature of this algorithm is that in contrast to most blind deconvolution algorithms phase correct estimates can be obtained. The error performance of the proposed algorithm depends on the characteristics of the channel code. If the code has appropriate properties, which is true for some convolutional codes as well as for several block codes, e.g. especially low-density parity check codes (LDPC), the proposed algorithm performs similarly or slightly better in comparison to higher order statics based algorithms.
Document type: Conference Paper
Publication: Darmstadt, Germany, 14. - 17. December 2003
Conference: IEEE International Symposium on Signal Processing and Information Technology (ISSPIT 03)
Index: 221
ISSPIT_2003_scherb.pdf119 KBISSPIT_2003_scherb.ps.gz135 KB
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