On using an inexact floating-point LP solver for deciding linear arithmetic in an SMT solver

One major reason for this is that the high levels of accuracy and reliability required today for improving aeronautic design are obtained through long term expertise and

Then the user can run inconsistency detection in requirements, or in instructions, or between requirements and instructions (using a sliding window on the set of instructions).

For instance, the congruence closure algorithm [ 97 , 6 ] and the ground completion procedure [ 114 ] are used to decide quantifier-free formulas modulo the free theory of equality..

More precisely the tool is able to translate procedural texts into a predicate language in order to detect logical incor- rectness. This detection is done thanks to the Z3

Structure and displacement w distribution at the boundary surface: y ¼ 32r for the real case and the ideal case (interface layer thickness = 2r) respectively (from left to right:

This article addresses the fast on-line solution of a sequence of quadratic programs underlying a linear model predictive control scheme.. We introduce an algorithm which is tailored

Before implementing the algorithm described in this pub- lication, the computation of our LMPC scheme relied on QL [7], a state of the art QP solver implementing a dual active

The simulation with the ASIS solver, MA, uses the same configuration for MOCAGE as MR except that the original chemical solver is replaced by ASIS with set- tings similar to