AI Threats: Adversarial Examples With a Quantum-Inspired Algorithm

Kuo-Chun Tseng

doi:10.1109/MCE.2024.3424513

AI Threats: Adversarial Examples With a Quantum-Inspired Algorithm

2024-01-01

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DOI：10.1109/MCE.2024.3424513

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AI is integral to our lives and consumer electronics (such as biometric recognition, autonomous vehicles, voice assistants, and others). However, the use of AI in consumer electronics also faces serious security threats. Attackers can generate adversarial examples, to exploit AI vulnerabilities for specific attacks. This article discusses potential attack chains with adversarial examples and current developments in the broadly applicable field of image recognition. We also propose a simple black-box framework for generating adversarial examples that can be used to attack AI models. This framework enables the easy swapping of metaheuristics or other algorithms. The implementation includes some classic metaheuristics and introduces an effective quantum-inspired metaheuristic with an average success rate of 96.2%, thereby achieving an attack efficacy nearly equivalent to that of white-box attacks. In addition, its convergence capability is superior to other well-known metaheuristic algorithms.

Keywords:

Artificial intelligence

Perturbation methods

Consumer electronics

Closed box

Glass box

Data models

Adaptation models

Metaheuristics

AI Threats: Adversarial Examples With a Quantum-Inspired Algorithm

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