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libieeep1788: A C#x002B;#x002B; Implementation of the IEEE interval standard P1788

机译:libieeep1788:IEEE间隔标准P1788的C ++实现

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In 2008 the IEEE interval standard working group P1788 has been founded to enlarge the acceptance of interval arithmetic. One of the main challenges for the working group was to cope with different approaches of interval arithmetic. Such as set based interval arithmetic or modal interval arithmetic, which have been developed during the last 50 years. For this reason a concept called flavors is defined by the standard. The concept specifies the behavior of the operations. Additionally, a so called decoration system is introduced to treat mathematical events like discontinuity or undefinedness of an expression for a given interval box. The C++ library libieeep1788 tries to implement all features of the tentative interval standard in a clear and straightforward manner. The main goal is to have a faithful reference implementation of the standard and not to use dubious optimizations and “hacks”. The main design concept of the library is to map the flavors concept one-to-one onto the implementation. To achieve this requirement the so called policy based class design is used. In this paper we will present the key concepts of the faithful C++ library libieeep1788 which will be accompanied by an overview of the preliminary IEEE P1788 interval standard.
机译:IEEE间隔标准工作组P1788于2008年成立,以扩大对间隔算法的接受度。工作组面临的主要挑战之一是应对区间算术的不同方法。例如最近50年来开发的基于集合的区间算术或模态区间算术。因此,标准定义了一种称为风味的概念。该概念指定了操作的行为。另外,引入了一种所谓的装饰系统来处理数学事件,例如给定间隔框的表达式的不连续性或不确定性。 C ++库libieeep1788尝试以一种清晰,直接的方式实现暂定间隔标准的所有功能。主要目标是拥有忠实的标准参考实现,而不使用可疑的优化和“ hacks”。该库的主要设计概念是将口味概念一对一映射到实现中。为了达到这一要求,使用了所谓的基于策略的类设计。在本文中,我们将介绍忠实的C ++库libieeep1788的关键概念,并将随附初步的IEEE P1788间隔标准概述。

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