Deep reinforcement learning improves simulated short-video session duration and diversity
An offline simulation using 12.53 million KuaiRec interactions found that a DQN recommender generated longer simulated sessions and more diverse ...
An offline simulation using 12.53 million KuaiRec interactions found that a DQN recommender generated longer simulated sessions and more diverse ...
Researchers in China have developed an improved deep reinforcement learning framework that jointly optimizes trajectory prediction and lane-changing decisions, achieving ...
A new DDPG-based scheduling framework called SPARCD uses vehicle position prediction, action masking, and state filling to cut task interruption ...
A deep reinforcement learning framework that treats dynamic grid strength as an actively managed constraint cut annual wind curtailment from ...
Researchers have developed a hierarchical evolutionary deep reinforcement learning algorithm that optimizes influence spreading on multilayer hypergraphs, where group interactions ...
A new framework combining deep reinforcement learning, graph neural networks, and blockchain-based verification synchronizes distributed accounting ledgers in real time ...
A deep reinforcement learning framework with a novel dynamic attention mechanism outperforms traditional methods on static and dynamic container relocation ...
A deep reinforcement learning method called P2TO extends task offloading from edge and cloud servers down to individual virtual machines, ...
A new deep reinforcement learning framework improves personalized e-commerce marketing by balancing short-term conversions with long-term customer value.
Researchers have developed a deep reinforcement learning framework that generates synthetic patient data and explicitly avoids high-risk clinical states, outperforming ...
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© 2026 Scienmag - Science Magazine