LLM4MSR: An LLM-Enhanced Paradigm for Multi-Scenario Recommendation
Published in CIKM, 2024
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Published in CIKM, 2024
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Published in CIKM, 2024
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Published in WSDM, 2024
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Published in SIGIR, 2023
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Published in SIGIR, 2023
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Published in arxiv, 2023
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Published in WWW, 2023
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Published in IEEE TETCI, 2022
Published in Deep Reinforcement Learning Workshop at NeurIPS, 2020
We assumed action value function Q followed Cauchy or Gaussian distribution to encourage exploration and proposed Amortized Variational Deep Q Network with less parameters and less training time than Variational DQN and NoisyNet.
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