智能网联交通安全论坛(一)
时间(Time):2024-06-27 09:00 - 10:40
地点(Room):墙报互动区38(Poster 38)
方向:交通工程
主持人(Moderator):李载宁 中南大学 教授(Li Zaining, Professor, Central South University)
日程安排/Program
Risk Prediction of Lane-Changing Considering Truck Oppression and Driving Style
Risk Prediction of Lane-Changing Considering Truck Oppression and Driving Style
06-27 09:00
报告人
唐幼仪
TANG Youyi
TANG Youyi
Multi-Objective Deep Deterministic Policy Gradient for Improving the Safety of Signalized Control in Low Connected Vehicle Penetration Rates
Multi-Objective Deep Deterministic Policy Gradient for Improving the Safety of Signalized Control in Low Connected Vehicle Penetration Rates
06-27 09:10
报告人
吴宗远
ZONGYUAN Wu
ZONGYUAN Wu
Enhancing Intersection Safety in Autonomous Traffic: A Grid-Based Approach with Risk Quantification
Enhancing Intersection Safety in Autonomous Traffic: A Grid-Based Approach with Risk Quantification
06-27 09:20
报告人
熊梦飞
XIONG Mengfei
XIONG Mengfei
Comprehensive Safety Impacts Analyses of the Augmented Reality Warning and Navigation System
Comprehensive Safety Impacts Analyses of the Augmented Reality Warning and Navigation System
06-27 09:30
报告人
何志扬
HE Zhiyang
HE Zhiyang
How Would Autonomous Vehicles Behave in Real-World Crash Scenarios?
How Would Autonomous Vehicles Behave in Real-World Crash Scenarios?
06-27 09:40
报告人
周锐
ZHOU Rui
ZHOU Rui
Research on Traffic Risk Early-warning Method of Highway Operation Areas with High Traffic and Truck Ratio
Research on Traffic Risk Early-warning Method of Highway Operation Areas with High Traffic and Truck Ratio
06-27 09:50
报告人
王哲轩
JORAN Wang
JORAN Wang
多方差推断网络集成的智能驾驶感知不确定性量化方法
Perception Uncertainty Quantification Using Multi-Variance Inference Ensemble Network for Autonomous Vehicle
06-27 10:00
报告人
李争一
LI Zhengyi
LI Zhengyi
Two-Step Deep Reinforcement Learning for Traffic Signal Control to Improve Pedestrian Safety Using CV Data
Two-Step Deep Reinforcement Learning for Traffic Signal Control to Improve Pedestrian Safety Using CV Data
06-27 10:10
报告人
任典
REN Dian
REN Dian
基于球形模糊网络分析的自动驾驶汽车测试场景风险与复杂度综合评价方法
Risk and Complexity Assessment ofAutonomous Vehicle Testing Scenarios Using Comprehensive Evaluation Method Based on Spherical Fuzzy- Analysis Network Process
06-27 10:20
报告人
李诗琦
LI Shiqi
LI Shiqi
商用车驾驶员眼动行为规律研究
A Study on the Eye Movement Behavior of Commercial Vehicle Drivers
06-27 10:30
报告人
刘欣雨
LIU Xinyu
LIU Xinyu