Double Deep Q Network
Double Deep Q-Networks (DDQN) are a reinforcement learning technique used to train agents to make optimal sequential decisions in complex environments. Current research focuses on applying DDQN, often in conjunction with other architectures like recurrent neural networks and attention mechanisms, to diverse problems such as UAV path planning, autonomous vehicle navigation, and cybersecurity in software-defined networks. This approach offers improved performance over simpler Q-learning methods, particularly in scenarios with high dimensionality or adversarial interactions, leading to more efficient and robust solutions in various domains.
Papers
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