Deep Neural Networks (DNNs) are increasingly deployed in critical applications, where ensuring their safety and robustness is paramount. We present NeuralSAT \(_\text {CAV25}\) , a high-performance DNN verification tool that uses the DPLL(T) framework and supports a wide-range of network architectures and activation functions. Since its debut in VNN-COMP’23, in which it achieved the New Participant Award and ranked 4th overall, NeuralSAT \(_\text {CAV25}\) has advanced significantly, achieving second place in VNN-COMP’24. This paper presents and evaluates the latest development of NeuralSAT \(_\text {CAV25}\) , focusing on the versatility, ease of use, and competitive performance of the tool. NeuralSAT \(_\text {CAV25}\) is available at: https://github.com/dynaroars/neuralsat .

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NeuralSAT: A High-Performance Verification Tool for Deep Neural Networks

  • Hai Duong,
  • ThanhVu Nguyen,
  • Matthew B. Dwyer

摘要

Deep Neural Networks (DNNs) are increasingly deployed in critical applications, where ensuring their safety and robustness is paramount. We present NeuralSAT \(_\text {CAV25}\) , a high-performance DNN verification tool that uses the DPLL(T) framework and supports a wide-range of network architectures and activation functions. Since its debut in VNN-COMP’23, in which it achieved the New Participant Award and ranked 4th overall, NeuralSAT \(_\text {CAV25}\) has advanced significantly, achieving second place in VNN-COMP’24. This paper presents and evaluates the latest development of NeuralSAT \(_\text {CAV25}\) , focusing on the versatility, ease of use, and competitive performance of the tool. NeuralSAT \(_\text {CAV25}\) is available at: https://github.com/dynaroars/neuralsat .