Index of object-oriented scientific computing libraries and resources6dof.com, Simulation and Finite Elements web Portal Java for Scientific Computing Netlib Repository, the source for free scientific/numerical codes. Predominantly C and Fortran. Free C/C++ Sources for Numerical Computation GAMS Problem Decision Tree, a hierarchical guide to numerical libraries. WWW C++ information from Forschungs
This directory is no longer maintained. For more on popular topics, see MATLAB and Simulink product resources: Image Processing Toolbox MATLAB Compiler and MATLAB Coder for deploying applications and generating C code Neural Network Toolbox Signal Processing Toolbox Other Products Applications and Industries Learning and Education
第 2 章 IEEE 演算機能 この章では、ANSI/IEEE Standard 754-1985 for Binary Floating-Point Arithmetic (「IEEE 規格」または「IEEE 754」と略される) が規定する演算モデルについて説明します。SPARC、x86 のコンピュータはすべて、IEEE 演算機能を使用しています。サンのすべてのコンパイラ製品は、IEEE 演算機能をサポートしています。 IEEE 演算モデル この節では、IEEE 754 について説明します。 IEEE の演算機能 IEEE 754 は、以下のことを規定しています。 単精度と倍精度の 2 つの基本浮動小数点形式。 IEEE 単精度形式は、24 ビットの有効数字精度で、全体の大きさは 32 ビットです。IEEE 倍精度形式は、53 ビットの有効数字精度で、全体は 64 ビットです。 拡張
Apfloat arbitrary precision library Apfloat is a High Performance Arbitrary Precision Arithmetic Package for C++ and Java: Apfloat for Java Apfloat for C++ EU GDPR note: This website does not collect any personal data. The hosting provider, Telia Inmics-Nebula, collects some personal data such as IP address, as required by law. These pages are maintained by Mikko Tommila <Mikko.Tommila@apfloat.org
The JavaNumerics page provides a focal point for information on numerical computing in Java. This is an activity of the Java Grande Forum Numerics Working Group, chaired by Ron Boisvert and Roldan Pozo. Note. Some of the links below will take you away from NIST webspace. We are providing these links because we think they will be of interest to you; however, the views expressed and the decisions re
The hardest thing in the world to understand is the income tax (Albert Einstein) To provide the most comprehensive JavaTM library for the scientific community. To create synergy between all sciences (e.g. math, physics, sociology, biology, astronomy, economics, etc.) by integrating them into a single architecture. To provide the best on-line services (webstart) for scientific calculations and visu
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