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Xiaomei Yang (1964)
Rounding Errors in Algebraic ProcessesNature, 202
The (B3) bound is obtained from the (B2) bound by taking C = A -~. The (B3) bound can be written as II x -y II -< N A-1 II
The (B2) upper bound is obtained from the (B4) upper bound since I I Cr fl <- licIlllrll
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ACKNOWLEDGMENTS For many valuable suggestions we thank J. R. Rice and the referees of TOMS
B1) bound on II'N.. 1.1(+6) 2.5(+6) 2.5
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J. Rice (1966)
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Computable Accurate Upper and Lower Error Bounds for Approximate Solutions of Linear Algebraic Systems T.J. AIRD International Mathematical and Statistical Libraries, Inc. and ROBERT E. LYNCH Purdue University Six bounds are considered on a norm of x - y, where x is the solution of a nonsingular linear system, A x --- b, and where y is an estimate of x. Methods are described for computing one of these. [[Crll/(1-k T) < [ I x - yll <-- [[ Cr [ [ / ( 1 - T) < ( l + T ) / ( 1 - - T ) [ I x - - y l l i f T = IICA -I[[ < 1, where C "~ A-1 and r = b - A y . In addition to supplying upper and lower bounds, this gives very accurate error estimates which are orders of magnitude smaller than those obtained from other bounds. Key Words and Phrases: error bounds, linear algebraic systems, computational techniques, numerical experimental results, high speed digital computation, approximate solutions, norms, eigenvalue problems, least squares CR Categorms: 4.6, 5.11, 5.14 1. ERROR BOUNDS A p r i o r i b o u n
ACM Transactions on Mathematical Software (TOMS) – Association for Computing Machinery
Published: Sep 1, 1975
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