H. Alt/J. van Leeuwen: The complexity of basic complex operations.
Computing 27 (1981), 205-215.

Jörg Arndt/Christoph Hänel: \pi. Algorithmen, Numbercrunching, Computeranwendungen.
Springer 1998, 250p. Eur 33.

21053 Frithjof Blomquist: Optimization of algorithms by continued fractions.
Internet ca. 2007, 2p.

J. Borwein/P. Borwein: Pi and the AGM. Wiley 1987.

5815 J. Borwein/P.Borwein: The arithmetic-geometric mean and fast
computation of elementary functions. SIAM Review 26 (1984), 351-366.

5820 J. Borwein/P. Borwein/D. Bailey: Ramanujan, modular equations, and
approximations to Pi or how to compute one billion digits of Pi.
Am. Math. Monthly 96 (1989), 201-219.

R. Brent: Fast multiple-precision evaluation of elementary functions.
J. ACM 23 (1976), 242-251.

R. Brent/H. Kung: Fast algorithms for manipulating formal power series.
J. ACM 25 (1978), 581-595.

16736 Paul Bristow: A proposal to add mathematical functions for statistics to
the C++ standard library. Internet 2004, 22p.

L. Delves/J. Lyness: A numerical method for locating zeros of an analytic
function. Math. Comp. 21 (1967), 543-560.

20805 Peter Deuflhard/U. Nowak/B. Lutz-Westphal: Besselscher Irrgarten -
Rundungsfehler müssen nicht klein sein. Jber. DMV 100/4 (2008), 177-193.

Walter Gautschi (ed.): Mathematics of computation 1943-1993.
Proc. Symp. Appl. Math. 48 (1994).

Peter Henrici: An algorithm for analytic continuation.
SIAM J. Num. Analysis 3 (1966), 67-78.

11483 Peter Henrici: Applied and computational complex analysis II.
Wiley 1977.

16734 Daniel Lozier: The DLMF project - a new initiative in classical special
functions. Internet 1999, 14p.

16730 Daniel Lozier: NIST Digital Library of Mathematical Functions.
Internet 2002, 18p.

16735 Daniel Lozier/Frank Olver: Numerical evaluation of special functions.
Internet 2000 (math.nist.gov/nesf), 48p.
[From Gautschi 1994, 79-125.]

16731 Bruce Miller/Abdou Youssef: Technical aspects of the Digital Library of
Mathematical Functions. Internet 2002, 19p.

Stephen Moshier: Methods and programs for special functions.
Halsted 1989, 420p.

5770 Wilhelm Niethammer: On the numerical analytic continuation of power
series. 5769 Schempp/Zeller, 164-175.

Wilhelm Niethammer: Ein numerisches Verfahren zur analytischen Fortsetzung.
Num. Math. 21 (1973), 81-92.

Wilhelm Niethammer/U. Schweitzer: On the numerical analytic continuation
of power series with application to the two-body and three-body problems. 
Comp. Meth. Appl. Mech. Eng. 5 (1975), 239-249.

P. Ritzmann: A fast numerical algorithm for the composition of power series
with complex coefficients. Theor. Comp. Sci. 44 (1986), 1-16.

16733 Bonita Saunders/Qiming Wang: Using numerical grid generation to facilitate
3D visualization of complicated mathematical functions. Internet 1999, 8p.

16732 Bonita Saunders/Qiming Wang: From 2D to 3D - numerical grid generation and
the visualization of complex surfaces. Internet 2000, 8p.

1201 A. Schönhage: Numerik analytischer Funktionen und Komplexität.
Jber. DMV 92 (1990), 1-20.

M. Sieveking: An algorithm for division of power series.
Computing 10 (1972), 153-156.

16743 William Thompson: Computing special functions of mathematical physics.
Comput. Phys. Comm. 142 (2001), 1-6.

23688 Lloyd Trefethen/Tobin Driscoll: Schwarz-Christoffel mapping in the computer era.
Documenta Math. ICM 1998/III, 533-542.

Shan-jie Zhang/Jian-ming Jin: Computation of special functions. Wiley 1996, 720p.