Publications

We investigate the model checking of hierarchical (nested) systems, i.e., finite state machines whose states themselves can be other machines.

Hierarchical State Machines (HSMs) are a natural model for representing the reactive behavior of complex software systems.

We study in this paper for which temporal-logic formulas generalized model checking can improve precision over model checking.

Three-valued models, in which properties of a system are either true, false or unknown, have recently been advocated as a better representation for reactive program abstractions generated by automa

In this paper we simplify and extend existing work on algorithms for multi-valued model checking.

It is well known that for a given sample size there exists a model of optimal complexity corresponding to the smallest prediction (generalization) error.

This paper proposes a methodology for describing analog blocks at the behavioral level.

A computationally simple model for the full static dielectric matrices is proposed for use in self energy calculations to obtain quasiparticle energies and band gaps.

In this paper we propose a new model of random multiple access for Machine-Type Communication which is based on last generation wireless networks.

Terrestrial radio-relay systems operating in the 4-GHz and 6-GHz bands share these frequencies with communication satellite systems, and additional bands may be designated for shared usage.