We present a stateless model checking algorithm for verifying concurrent programs running
under RC11, a repaired version of the C/C++ 11 memory model without dependency cycles …

We present GenMC, a model checking algorithm for concurrent programs that is parametric
in the choice of memory model and can be used for verifying clients of concurrent libraries …

GenMC is an LLVM-based state-of-the-art stateless model checker for concurrent C/C++
programs. Its modular infrastructure allows it to support complex memory models, such as …

We present a framework for the efficient application of stateless model checking (SMC) to
concurrent programs running under the Release-Acquire (RA) fragment of the C/C++ 11 …

Dynamic partial order reduction (DPOR) verifies concurrent programs by exploring all their
interleavings up to some equivalence relation, such as the Mazurkiewicz trace equivalence …

Implementing highly efficient and correct synchronization primitives on modern Weak
Memory Model (WMM) architectures, such as ARM and RISC-V, is very difficult even for …

The key challenge in defining the concurrency semantics of a programming language is how
to enable the most efficient compilation to existing hardware architectures, and yet forbid …

We present Dartagnan, a bounded model checker (BMC) for concurrent programs under
weak memory models. Its distinguishing feature is that the memory model is not …

For ARMv8 and RISC-V, there are concurrency models in two styles, extensionally
equivalent: axiomatic models, expressing the concurrency semantics in terms of global …

Stateless Model Checking (SMC) is an effective technique for verifying safety properties of a
concurrent program by systematically exploring all of its executions. While SMC has been …