Optimal Attack
Optimal attack research focuses on designing and analyzing the most effective strategies for compromising machine learning systems and other complex systems, aiming to maximize the attacker's gain while minimizing detection. Current research employs diverse approaches, including reinforcement learning (e.g., Q-learning, multi-armed bandits), game theory (e.g., Stackelberg games), and neural network approximations of adversarial examples, to model and solve optimal attack problems across various contexts like federated learning and reinforcement learning agents. Understanding optimal attacks is crucial for developing robust defenses and ensuring the security and reliability of AI systems and other vulnerable technologies in diverse applications, from healthcare to finance.