Chenjia Bai
Chenjia Bai
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Variational Dynamic for Self-Supervised Exploration in Deep Reinforcement Learning.
IEEE Transactions on Neural Networks and Learning Systems
, 2021
We propose a variational dynamic model based on the conditional variational inference to model the multimodality and stochasticity.
Chenjia Bai
,
Peng Liu
,
Kaiyu Liu
,
Lingxiao Wang
,
Yingnan Zhao
,
Lei Han
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Project
Addressing Hindsight Bias in Multi-Goal Reinforcement Learning.
IEEE Transactions on Cybernetics
, 2021
We analyze the hindsight bias due to this use of hindsight goals and propose the bias-corrected HER (BHER), an efficient algorithm that corrects the hindsight bias in training.
Chenjia Bai
,
Lingxiao Wang
,
Yixin Wang
,
Rui Zhao
,
Chenyao Bai
,
Peng Liu
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Code
Project
Exploration in Deep Reinforcement Learning: From Single-Agent to Multiagent Domain.
IEEE Transactions on Neural Networks and Learning Systems
, 2022
We conduct a comprehensive survey on existing exploration methods for both single-agent RL and multiagent RL.
Jianye Hao
,
Tianpei Yang
,
Hongyao Tang
,
Chenjia Bai
,
Jinyi Liu
,
Zhaopeng Meng
,
Peng Liu
,
Zhen Wang
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Monotonic Quantile Network for Worst-Case Offline Reinforcement Learning.
IEEE Transactions on Neural Networks and Learning Systems
, 2022
We propose monotonic quantile network (MQN) with conservative quantile regression (CQR) for risk-averse policy learning.
Chenjia Bai
,
Ting Xiao
,
Zhoufan Zhu
,
Lingxiao Wang
,
Fan Zhou
,
Peng Liu
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Project
Self-Supervised Imitation for Offline Reinforcement Learning with Hindsight Relabeling.
IEEE Transactions on Systems, Man, and Cybernetics: Systems
. 2022
We present an offline RL algorithm that combines hindsight relabeling and supervised regression to predict actions without oracle information.
Xudong Yu
,
Chenjia Bai
,
Changhong Wang
,
Dengxiu Yu
,
C. L. Philip Chen
,
Zhen Wang
✉
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Diverse Randomized Value Functions: A Provably Pessimistic Approach for Offline Reinforcement Learning.
In
Information Sciences
, 2023
We introduce a novel strategy employing diverse randomized value functions to estimate the posterior distribution of Q-values.
Xudong Yu
,
Chenjia Bai
✉
,
Hongyi Guo
,
Changhong Wang
✉
,
Zhen Wang
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Pessimistic Value Iteration for Multi-Task Data Sharing in Offline Reinforcement Learning.
In
Artificial Intelligence (
AIJ
)
, 2023
We propose an uncertainty-based MTDS approach that shares the entire dataset without data selection.
Chenjia Bai
,
Lingxiao Wang
,
Jianye Hao
,
Zhuoran Yang
,
Bin Zhao
,
Zhen Wang
✉
,
Xuelong Li
✉
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公众号
Ensemble Successor Representations for Task Generalization in Offline-to-Online Reinforcement Learning.
In
SCIENCE CHINA Information Sciences
, 2023
Our work builds upon the investigation of successor representations for task generalization in online RL and extends the framework to incorporate offline-to-online learning.
Changhong Wang
,
Xudong Yu
,
Chenjia Bai
,
Qiaosheng Zhang
,
Zhen Wang
✉
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Towards Robust Offline-to-Online Reinforcement Learning via Uncertainty and Smoothness.
In
Journal of Artificial Intelligence Research (
JAIR
)
, 2023
We propose the Robust Offline-to-Online (RO2O) algorithm, designed to enhance offline policies through uncertainty and smoothness, and to mitigate the performance drop in online adaptation.
Xiaoyu Wen
,
Xudong Yu
,
Rui Yang
,
Chenjia Bai
✉
,
Zhen Wang
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Skill Matters: Dynamic Skill Learning for Multi-Agent Cooperative Reinforcement Learning.
Neural Networks
, 2024
We propose a novel Dynamic Skill Learning (DSL) framework to enable more effective adaptation and collaboration in complex tasks.
Tong Li
,
Chenjia Bai
✉
,
Kang Xu
,
Chen Chu
,
Peican Zhu
,
Zhen Wang
✉
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