In mathematics, the Bareiss algorithm, named after Erwin Bareiss, is an algorithm to calculate the determinant or the echelon form of a matrix withâ€¦Â (More)

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2015

2015

- Georg Heinig, Karla Rost
- 2015

In this paper fast algorithms for the solution of systems Tu = b with a strongly nonsingular hermitian Toeplitz coefficientâ€¦Â (More)

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2005

2005

- Angela Bifano, Vittorio Rampa
- Proceedings. (ICASSP '05). IEEE Internationalâ€¦
- 2005

At the base station in hybrid CDMA systems, multi-user detection (MUD) techniques are exploited to alleviate both multiple accessâ€¦Â (More)

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1999

1998

1998

- Tateaki Sasaki, Tomoyuki Sato
- ACM SIGSAM Bulletin
- 1998

We test five methods of computing resultant of multivariate polynomials with floating-point number coefficients, mostly from theâ€¦Â (More)

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1995

1995

- Adam W. Bojanczyk, Richard P. Brent, Frank R. de Hoog, Douglas R. Sweet
- SIAM J. Matrix Analysis Applications
- 1995

This paper contains a numerical stability analysis of factorization algorithms for computing the Cholesky decomposition ofâ€¦Â (More)

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1994

1994

- Roland W. Freund
- 1994

The Bareiss algorithm is one of the classical fast solvers for systems of linear equations with Toeplitz coeecient matrices. Theâ€¦Â (More)

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1994

1994

- A. W. BOJANCZYKy
- 1994

This paper contains a numerical stability analysis of factorization algorithmsfor computing the Cholesky decomposition ofâ€¦Â (More)

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1991

1991

- Richard P. Brent
- 1991

We describe some parallel algorithms for the solution of Toeplitz linear systems and Toeplitz least squares problems. First weâ€¦Â (More)

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1991

1991

- Marc Chardin
- FCT
- 1991

Consider two differential operators L1 = âˆ‘ aid i and L2 = âˆ‘ bjd j with coefficients in a differential field, say C(t) with dâ€¦Â (More)

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