Apr 18, 2019 · We present in this article a new approach based on Hoare logic to generate constraints on parameter values.

Jun 19, 2015 · Finally we give a proof of correctness of our Hoare logic for gene networks as well as a proof of completeness based on the computation of the ...

Abstract. An important problem when modelling gene networks lies in the identifica- tion of parameters, even when using a discrete framework such as the one.

In supplementary materials, we give a proof of soundness of our Hoare logic for gene networks as well as a proof of completeness and decidability based on the ...

Observed behaviors play the role of "programs" for the classical Hoare logic, and computed weakest preconditions represent the sets of all compatible ...

Here we present a new approach based on Hoare logic and weakest preconditions (a la Dijkstra) that generates constraints on the parameter values: Once proper ...

Jul 20, 2017 · From the standard set of Hoare logic rules, the following proof strategy builds a proof tree that computes the weakest precondition [7].

A new hybrid Hoare logic dedicated for a class of linear hybrid automata well suited to model gene regulatory networks and a weakest precondition calculus ...

Besides being natural and simple, our Hoare logic approach is remarkably powerful and, among others, it allows one to express external interventions of the ...

A genetically modified Hoare logic that identifies the parameters of a gene network. If only Tony Hoare and René Thomas had met in the 70s. . . Gilles Bernot.