… The first described formulation is based on Robust Optimization (RO) and the second one
is based on Affine Arithmetic (AA) techniques, which are both range arithmetic methodologies, …

… Besides classical approaches, where numerical simulations are executed multiple times,
I focus in semi-symbolic methods based on affine Arithmetic forms. They enable a new …

… Interval Arithmetic and Affine Arithmetic … Stolfi, “Affine arithmetic and its applications to
computer graphics,” anais do vii sibgrapi, 9-18 (1993). [5] J. Stolfi, LH de Figueiredo, “An …

… In terms of the limitation and shortage of the interval calculating rules, the affine arithmetic
approach was adopted to compute corresponding reliability index. Then, the interval reliability …

… is proposed, and Monte Carlo sampling and affine arithmetic method are used to solve it. …
sampling point can be solved by the affine arithmetic method. Finally, a maximum probability …

… Analog systems are simulated by a SPICE-like simulator which uses a special range
arithmetic, called affine arithmetic. The simulation of digital systems is extended to include the …

… naive interval arithmetic with affine arithmetic for interval … affine arithmetic will help diminish
the overestimation problems related to the camera transformation because affine arithmetic …

… Our early experiments show that even the straightforward use of affine arithmetic (AA) [4], a
fine tuned version of IA, does not improve running times … Affine arithmetic is discussed in [4]. …

… Range arithmetics like Affine Arithmetic have been successfully applied to EDA problems
with varying parameters (eg [1]–[3]). They guarantee the inclusion of fluctuating values within …

… the paper describes a new finite point device modeling technique that can speed up the
analysis procedure, a new parametric reduction method and a novel chebyshev affine arithmetic …