Supply-demand-aware deep reinforcement learning for dynamic fleet management
Online ride-hailing platforms have reduced significantly the amounts of the time that taxis are
idle and that passengers spend on waiting. As a key component of these platforms, the fleet …
idle and that passengers spend on waiting. As a key component of these platforms, the fleet …
[引用][C] Supply-demand-aware deep reinforcement learning for dynamic fleet management
B Zheng, L Ming, Q Hu, Z Lü… - ACM Transactions on …, 2022 - espace.library.uq.edu.au
Online ride-hailing platforms have reduced significantly the amounts of the time that taxis are
idle and that passengers spend on waiting. As a key component of these platforms, the fleet …
idle and that passengers spend on waiting. As a key component of these platforms, the fleet …
Supply-Demand-aware Deep Reinforcement Learning for Dynamic Fleet Management
B Zheng, L Ming, Q Hu, Z Lu, G Liu… - ACM Transactions on …, 2022 - repository.ust.hk
Online ride-hailing platforms have reduced significantly the amounts of the time that taxis are
idle and that passengers spend on waiting. As a key component of these platforms, the fleet …
idle and that passengers spend on waiting. As a key component of these platforms, the fleet …
Supply-demand-aware deep reinforcement learning for dynamic fleet management
B Zheng, L Ming, Q Hu, Z Lü, G Liu… - ACM Transactions on …, 2022 - researchers.mq.edu.au
Online ride-hailing platforms have reduced significantly the amounts of the time that taxis are
idle and that passengers spend on waiting. As a key component of these platforms, the fleet …
idle and that passengers spend on waiting. As a key component of these platforms, the fleet …