Second order subspace analysis and simple decompositions.
In: Proceedings (Latent variable analysis and signal separation : 9th international conference, 27-30 September 2010, St. Malo, France). Berlin: Springer, 2010. 370-377 ( ; 6365)
The recovery of the mixture of an N-dimensional signal generated by N independent processes is a well studied problem (see e.g. [1,10]) and robust algorithms that solve this problem by Joint Diagonalization exist. While there is a lot of empirical evidence suggesting that these algorithms are also capable of solving the case where the source signals have block structure (apart from a final permutation recovery step), this claim could not be shown yet - even more, it previously was not known if this model separable at all. We present a precise definition of the subspace model, introducing the notion of simple components, show that the decomposition into simple components is unique and present an algorithm handling the decomposition task.
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Publikationstyp Artikel: Sammelbandbeitrag/Konferenzbeitrag
Schlagwörter Statistical machine learning; Signal processing
Konferenztitel Latent variable analysis and signal separation : 9th international conference
Konferzenzdatum 27-30 September 2010
Konferenzort St. Malo, France
Quellenangaben Band: 6365, Seiten: 370-377
Begutachtungsstatus nicht peer-reviewed