Maximum likelihood sequence estimation: Difference between revisions

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In cases where the contribution of random noise is additive and has a [[multivariate normal distribution]], the problem of maximum likelihood sequence estimation can be reduced to that of a [[least squares]] minimisation.

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==References==

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== Further reading ==

* {{citeCite book|title=Wireless Communications|author=Andrea Goldsmith|chapter=Maximum Likelihood Sequence Estimation|pages=362&ndash;364|publisher=Cambridge University Press|date=2005|isbn=0521837162|isnb13=9780521837163}}

* {{citeCite book|pages=319&ndash;321|title=Fundamentals of DSL Technology|author=Philip Golden, Hervé Dedieu, and Krista S. Jacobsen|publisher=CRC Press|date=2006|isbn=0849319137|isnb13=9780849319136}}

*Crivelli, D. E.; Carrer, H. S., Hueda, M. R. (2005) [http://www.scielo.org.ar/pdf/laar/v35n2/v35n2a04.pdf "Performance evaluation of maximum likelihood sequence estimation receivers in lightwave systems with optical amplifiers"], Latin American Applied Research'', 35 (2), 95&ndash;98.

*Katz, G., Sadot, D., Mahlab, U., and Levy, A.(2008) "Channel estimators for maximum-likelihood sequence estimation in direct-detection optical communications", ''Optical Engineering'' 47 (4), 045003. {{DOI|10.1117/1.2904827}}

==External links==

* {{citeCite web|title=Maximum-Likelihood Sequence Estimation of Nonlinear Channels in High-Speed Optical Fiber Systems|author=W. Sauer-Greff, A. Dittrich, M. Lorang, and M. Siegrist|url=http://wwwold.ftw.at/ftw/events/telekommunikationsforum/SS2001/ss01docs/010406a.pdf|format=PDF|publisher=The Telecommunications Research Center Vienna|date=2001-04-16}}

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[[Category:Telecommunications]]

[[Category:Error detection and correction]]

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