The interplay back and forth between software model checking and hardware model
checking has been fruitful for both. Originally intended for the analysis of concurrent …

Formal verification of hardware and software systems has gained popularity in industry since
the advent of the famous “Pentium bug” in 1994, which caused Intel to recall faulty chips and …

Abstract Model checkers were originally developed to support the formal verification of high-
level design models of distributed system designs. Over the years, they have become …

We give an overview of the development of software model checking, a general approach to
algorithmic program verification that integrates static analysis, model checking, and …

Embedded software verification is an important verification problem that requires the ability
to reason about the timed semantics of concurrent behaviors at a low level of atomicity …

We present a framework, called air, for verifying safety properties of assembly language
programs via software model checking. air extends the applicability of predicate abstraction …

This thesis addresses the application of a formal method called Model Checking to the
domain of software verification. Here, exploration algorithms are used to search for errors in …

Configurable software verification is a recent concept for expressing different program
analysis and model checking approaches in one single formalism. This paper presents …

Abstract Model checking is a formal verification technique. It takes an exhaustively strategy
to check hardware circuits and network protocols against desired properties. Having been …

Blast is a verification system for checking safety properties of C programs. Blast implements
a lazy-abstraction algorithm, which integrates automatic abstraction refinement and model …