![Matrix theory / Linear algebra / Numerical linear algebra / Multivariate statistics / Multilinear algebra / Higher-order singular value decomposition / Non-negative matrix factorization / Singular value decomposition / Tensor / Matrix / Rank / Orthogonal matrix Matrix theory / Linear algebra / Numerical linear algebra / Multivariate statistics / Multilinear algebra / Higher-order singular value decomposition / Non-negative matrix factorization / Singular value decomposition / Tensor / Matrix / Rank / Orthogonal matrix](https://www.pdfsearch.io/img/4d87330493e88a5c44070d8156b57b96.jpg) Date: 2013-11-17 17:36:47Matrix theory Linear algebra Numerical linear algebra Multivariate statistics Multilinear algebra Higher-order singular value decomposition Non-negative matrix factorization Singular value decomposition Tensor Matrix Rank Orthogonal matrix | | From SIAM News, Volume 39, Number 8, OctoberBridging the Gap Between Numerical Linear Algebra, Theoretical Computer Science, and Data Applications By Gene H. Golub, Michael W. Mahoney, Petros Drineas, and Lek-HengAdd to Reading ListSource URL: mmds-data.orgDownload Document from Source Website File Size: 118,03 KBShare Document on Facebook
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