Multi-mobile vehicles task offloading for vehicle-edge-cloud collaboration: A dependency-aware and deep reinforcement learning approach.
Shanchen PangLili HouHaiyuan GuiXiao HeTeng WangYawu ZhaoPublished in: Comput. Commun. (2024)
Keyphrases
- reinforcement learning
- vehicle detection
- vehicle speed
- vehicle tracking
- moving vehicles
- autonomous vehicles
- intelligent transportation systems
- real time
- cloud computing
- urban traffic
- road vehicles
- pick up and delivery
- traffic scenes
- dangerous situations
- traffic surveillance
- mobile phone
- city traffic
- mobile objects
- mobile devices
- middleware architecture
- traffic flow
- traffic accidents
- transport systems
- edge detection
- traffic monitoring
- learning algorithm
- traffic information
- traffic congestion
- optimal policy
- traffic conditions
- vehicular networks
- road traffic
- collaborative learning
- function approximation
- robot control
- pedestrian detection
- traffic management
- driver assistance systems
- intelligent vehicles
- edge information
- mobile environments
- travel time
- traffic signs
- fuel consumption
- edge detector
- information sharing
- driving simulator
- context aware
- traffic light
- learning process
- multi agent
- machine learning