| doubledouble - 30 digit floating point precisino |
|
doubledouble implements approximately 30 decimal place floating point arithmetic. Does NOT use multiple-precision or arbitrary-precision methods, which always have a significant speed penalty. doubledouble is about a 10-25 times slowdown. (Dec 2001)
|
| Fixed-Point Math in C |
|
From Embedded Systems magazine (04/2001): Joe Lemieux's implementation of Fixed-Point Math in C with basic operators (+, -, *, /). (Jul 2002)
|
| High Precision Arithmetic Software Directory |
|
Contains the double-double precision, quad-double precision and arbitrary precision (multiprecision) software written by David H. Bailey (LBNL), Sherry Li (LBNL) and Yozo Hida (U.C. Berkeley). This software is provided for research use. (Dec 2001)
|
| LibTomMath - integer math/crypto library |
|
LibTomMath provides highly optimized and portable routines for a vast majority of multiple-precision integer-based number theoretic applications (including public key cryptography). Win32/Linux portable (Jul 2003)
|
| LiDIA - Computational Number Theory C++ Library |
|
LiDIA is a C++ library for computational number theory which provides multiprecision data types and time-intensive algorithms. Includes Factorization, Lattice Basis Reduction, Number Fields, Polynomial templates, and more. (Dec 2001)
|
| See also: Math | | See Also: if you are interested in Math Precision you may find related topics in Math |
| See also: Debugging | | See Also: if you are interested in Math Precision you may find related topics in Debugging |
| Books about Math Precision | | A complete list of books on Math Precision available through Amazon.COM |