An optimized scheduling method with dynamic conflict graph for connected and automated vehicles at multi-lane on-ramp areas.
Jia ShiYugong LuoPengfei LiYunhao HuKeqiang LiPublished in: IV (2023)
Keyphrases
- fully automatic
- classification method
- significant improvement
- probabilistic model
- high accuracy
- synthetic data
- objective function
- high precision
- experimental evaluation
- classification accuracy
- support vector machine
- segmentation method
- dynamic environments
- simulated annealing
- cost function
- similarity measure
- real time
- urban areas
- clustering method
- detection algorithm
- preprocessing
- data sets