The principle of strong induction, also known as k-induction is one of the first techniques for
unbounded SAT-based Model Checking (SMC). While elegant and simple to apply …

With (PROGRESS) we present a fully automatic and complete approach for Hardware Model
Checking under restrictions. We use the PROGRESS approach in the context of PDR/IC3 [,] …

SAT-based techniques comprise the state-of-the-art in functional verification of safety-critical
hardware and software, including IC3/PDR-based model checking and Bounded Model …

In recent years, automated formal verification of software has progressed from a few
research labs into large-scale applications, such as cloud infrastructure and smart contracts …

Computing minimal (or even just small) certificates is a central problem in automated
reasoning and, in particular, in automated formal verification. For unsatisfiable formulas in …

Symbolic model checking is a widely used technique for automated verification of both
hardware and software systems. Unbounded SAT-based Symbolic Model Checking (SMC) …

In recent years, automated formal verification of software has progressed from a few
research labs into large-scale applications, such as cloud infrastructure and smart contracts …

Symbolic Model checking is a widely used technique for automated verification of both
hardware and software systems. Unbounded SAT-based Symbolic Model Checking (SMC) …

The principle of strong induction, also known as k-induction is one of the first techniques for
unbounded SAT-based Model Checking (SMC). While elegant and simple to apply …

Prioritizing Lemma Pushing Page 1 Prioritizing Lemma Pushing Hari Govind VK 1 , Arie Gurfinkel
1 , Yakir Vizel 2 and Vijay Ganesh 1 1 Department of Electical and Computer Enginerring …