… Affine Arithmetic [11] is used to describe and compute the system model and to simulate the
system behavior. Affine Arithmetic … Affine Arithmetic is a methodology to define ranges as …

… Abstract: From its introduction in the last decade, affine arithmetic (AA) has shown beneficial
properties to speed up the time of computation procedures in a wide variety of areas. In the …

… In this paper, the uncertainty model for calculating OTL loading, sag, tension, cable length
and worst case resistance value that use Standard Affine Arithmetic (SAA) has been proposed…

… In our description we uses affine arithmetic to obtain … interval arithmetic to affine arithmetic
for the specific application … than the bounds produced by affine arithmetic. Figure 2 shows the …

… By applying (16) we get - X = [O,O]; that is, in affine arithmetic each time an interval X appears,
it is always recognized as itself and not as an interval ^Y representing a different quantity …

… easily deploying any kind of interval/affine arithmetic based range analyses in the DSL
compiler. Thirdly, we show that interval/affine arithmetic based techniques fail to take into account …

… to define analytic versions of Arakelov compactifications of affine arithmetic varieties. … This
construction also allows us to define analytic Arakelov compactifications of affine arithmetic …

… To avoid this problem we use an improvement over interval arithmetic named affine arithmetic
[12] … We will denote by Aff(e) the evaluation of the expression e using affine arithmetic. …

… Affine arithmetic (AA) is used to model the measurement uncertainty. The calculated voltage
intervals are then used as inputs for the second stage, where real-time measurements with …

… than using the power basis, and that affine arithmetic in the power basis is better than using …
using affine arithmetic with the Bernstein basis gives no advantage over affine arithmetic …