… First of all, necessary facts about interval analysis and affine arithmetic are presented to build
the … We therefore introduce affine arithmetic, which allows us to shrink the starting interval. …

… Vertex propagation, interval arithmetic and affine arithmetic were used to represent the
uncertainty in networks with linear and softmax output activation functions and were …

… [5] use Affine Arithmetic (AA), which considers the correlations among signals, to model
range and precision analyses. It serves much better than Interval Arithmetic, but signal’s range …

… It is based on interval arithmetic and affine arithmetic. The main feature of IBEX is its ability
to build strategies using contractor programming. The concept of contractor is directly inspired …

… Affine arithmetic (AA) is widely used in range analysis in word-length optimization of
hardware designs. To reduce the uncertainty in the AA and achieve efficient and accurate range …

… Specifically, the method adopts an improvement of the ordinary interval analysis, based on
the philosophy of the so-called affine arithmetic, introducing a particular unitary interval and …

… To validate the proposed PCA-AP model and approach, the results obtained are compared
with an existing Affine Arithmetic (AA) model, which is also based on an affine approach, and …

… -state analysis can be accounted for by coupling affine arithmetic with a temperature-dependent
power flow approach. Specifically, affine arithmetic is used in this work to model the …

… 3.3 Affine arithmetic decision diagrams While affine arithmetic allows us to model real-valued …
In the following, we informally describe the idea of affine arithmetic decision diagrams (…

… computation method for tolerance analysis using affine arithmetic. In order to carry out …
for control system robustness evaluation based on affine arithmetic in section II . In section III…