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Focusing
Robotics, Deep reinforcement learning, Offline RL,combinatorial optimization problem
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Washington University in St. Louis
- St. Louis, USA
- https://lei-kun.github.io/
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Dragon-Zhuang/BPPO
Dragon-Zhuang/BPPO PublicAuthor's Pytorch implementation of ICLR2023 paper Behavior Proximal Policy Optimization (BPPO).
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End-to-end-DRL-for-FJSP
End-to-end-DRL-for-FJSP PublicThis is the official code of the publised paper 'A Multi-action Deep Reinforcement Learning Framework for Flexible Job-shop Scheduling Problem'
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DRL-and-graph-neural-network-for-routing-problems
DRL-and-graph-neural-network-for-routing-problems PublicThis is the official code for the published paper 'Solve routing problems with a residual edge-graph attention neural network'
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Dispatching-rules-for-FJSP
Dispatching-rules-for-FJSP PublicThis is the official code for the baseline methods of the publised paper 'A Multi-action Deep Reinforcement Learning Framework for Flexible Job-shop Scheduling Problem'
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MIP-model-for-FJSP-and-solved-by-Gurobi
MIP-model-for-FJSP-and-solved-by-Gurobi Publicthe mixed-integer programming model for flexible job shop scheduling problem is solved by gurobi
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