This artifact contains the benchmarks and scripts needed to reproduce the experiments in the paper "Verifying Safety of Synchronous Fault-Tolerant Algorithms by Bounded Model Checking".The artifact is provided as a .zip archive. It consists of Python scripts for computing the diameter of the encoded benchmarks, checking their safety properties, and producing a table with results, comparable to the one in Section 7 of the paper. The scripts for computing the diameter and checking the safety properties use back-end SMT solvers (Z3 and CVC4), whose binaries are contained in the .deb package provided with the artifact. Additionally, the artifact contains two directories containing Python scripts used to encode our benchmarks.More information on...
<div>This artifact contains the binaries of the SMT solvers CVC4 and Z3, the benchmarks on which the...
Accepted artifact for the TACAS 2020 paper - AVR: Abstractly Verifying Reachability ----------------...
This artifact contains the scripts, tools and data to replicate the experiments in the journal paper...
This artifact is concerned with Section 6 (Scalability) of the Paper "PhASAR: An Inter-Procedural St...
This artifact allows the AEC to evaluate and reproduce the experiments for the corresponding paper ...
We provide an artifact of the tool called StocHy. This serves as an accompaniment to the tool paper...
This artifact is prepared to regenerate the results for the paper titled "Automated SC-MCC Test Case...
This is the source code for the experiments in our paper "Model-Bounded Monitoring of Hybrid Systems...
This artefact allows to review and replicate the experiments from the TACAS'23 paper A Practitioner'...
After the rebuttal, we agreed with the reviewers to add new optimizations in our model checker, and ...
This upload contains the software prototype, data, analysis scripts, and replication scripts for the...
The goal of this artifact is to show that the optimizations presented in our paper are effectively a...
Artifact for the paper "Taming Large Bounds in Synthesis from Bounded-Liveness Specifications" for t...
This artifact supplements our paper Explainable Online Monitoring of Metric Temporal Logic, which wa...
# Reproduction Package ## Interpolation and SAT-Based Model Checking Revisited: Adoption to Softwar...
<div>This artifact contains the binaries of the SMT solvers CVC4 and Z3, the benchmarks on which the...
Accepted artifact for the TACAS 2020 paper - AVR: Abstractly Verifying Reachability ----------------...
This artifact contains the scripts, tools and data to replicate the experiments in the journal paper...
This artifact is concerned with Section 6 (Scalability) of the Paper "PhASAR: An Inter-Procedural St...
This artifact allows the AEC to evaluate and reproduce the experiments for the corresponding paper ...
We provide an artifact of the tool called StocHy. This serves as an accompaniment to the tool paper...
This artifact is prepared to regenerate the results for the paper titled "Automated SC-MCC Test Case...
This is the source code for the experiments in our paper "Model-Bounded Monitoring of Hybrid Systems...
This artefact allows to review and replicate the experiments from the TACAS'23 paper A Practitioner'...
After the rebuttal, we agreed with the reviewers to add new optimizations in our model checker, and ...
This upload contains the software prototype, data, analysis scripts, and replication scripts for the...
The goal of this artifact is to show that the optimizations presented in our paper are effectively a...
Artifact for the paper "Taming Large Bounds in Synthesis from Bounded-Liveness Specifications" for t...
This artifact supplements our paper Explainable Online Monitoring of Metric Temporal Logic, which wa...
# Reproduction Package ## Interpolation and SAT-Based Model Checking Revisited: Adoption to Softwar...
<div>This artifact contains the binaries of the SMT solvers CVC4 and Z3, the benchmarks on which the...
Accepted artifact for the TACAS 2020 paper - AVR: Abstractly Verifying Reachability ----------------...
This artifact contains the scripts, tools and data to replicate the experiments in the journal paper...