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(1964)
Near-mimmax polynomial approximations and partitioning of intervals Commun
(1974)
Efficiency of a procedure for nearminimax approximation
C. Dunham (1975)
Convergence of the Fraser-Hart algorithm for rational Chebyshev approximationMathematics of Computation, 29
W. Fraser, J. Hart (1962)
On the computation of rational approximations to continuous functionsCommun. ACM, 5
(1964)
Near-mimmax polynomial approximations and partitioning of intervals
(1967)
The solution of ill-conditioned linear equations In Mathematical Methods for Dtgttal Computers
W. Fraser, J. Hart (1964)
Near-minimax polynomial approximations and partitioning of intervalsCommunications of the ACM, 7
C. Clenshaw (1962)
Chebyshev series for mathematical functions
W. Cody (1968)
Rational Chebyshev approximation using linear equationsNumerische Mathematik, 12
(1966)
Introductton to Approxtmatton Theory
T. Rivlin (1974)
The Chebyshev polynomials
(1966)
W Chebyshev series for mathematical functions
L. Shampine (1970)
Efficiency of a Procedure for Near-Minimax ApproximationJ. ACM, 17
(1981)
ACM Transactions on Mathematical Software
(1970)
The solution of illconditioned linear equations In
(1974)
The Chebyshev Polynomtals
Choice of Basis for Chebyshev Approximation CHARLES B. DUNHAM University of Western Ontario, Canada In Chebyshev approximation on a finite interval by polynomials or ordinary rationals usmg the Fraser-Hart version of the Remez second algorithm, a choice of basis for polynomials must be made. The power basis and Chebyshev polynomial Tk basis are compared. Categories and Subject Descriptors: G.1.2 [Numerical Analysis]" Approximation--Chebyshev approx~rnatmn and theory General Terms: Algorithms; Design Additional Key Words and Phrases: polynomials, rational functions, Fraser-Hart-Remez algorithm, condition numbers INTRODUCTION In polynomial C h e b y s h e v a p p r o x i m a t i o n on an interval b y the R e m e z algorithm, one can use a power basis or a C h e b y s h e v polynomial basis for polynomials. M o r e generally, in rational C h e b y s h e v a p p r o x i m a t i o n b y the F r a s e r - H a r t - R e m e z algorithm, one can use a power basis or a C
ACM Transactions on Mathematical Software (TOMS) – Association for Computing Machinery
Published: Mar 1, 1982
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