In today's rapidly evolving marketplace, the ability to quickly build and deploy new systems is an increasingly critical factor in a company's success.
The use of firewalls to enforce access control policies can result in extremely complex networks.
The use of firewalls to enforce access control policies can result in extremely complex networks.
The use of firewalls to enforce access control policies can result in extremely complex networks.
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.
