Chenxi Chen
Ph.D., 2018–2024
Now: Software Development Engineer (spatial intelligence), Nexus IQ Technology
Automated & Cooperative Driving, Transportation System Modeling
Publications
Lightweight LiDAR-Based Cooperative Localization Model for Asymmetric Leader-Follower Cooperative Driving Automation System
Optimizing Maintenance Routes for Highway Infrastructure Using Leader-Follower Autonomous Vehicles
Infrastructure Sensor-Based Cooperative Perception for Early Stage Connected and Automated Vehicle Deployment
Bridging Specified States With Stochastic Behavioral-Consistent Vehicle Trajectories for Enhanced Digital Twin Simulation Realism
A Machine Learning-Based Approach to Assess Impacts of Autonomous Vehicles on Pavement Roughness
Optimization of Privacy Budget Allocation in Differential Privacy-Based Public Transit Trajectory Data Publishing for Smart Mobility Applications
Online Inference of Lane Changing Events for Connected and Automated Vehicle Applications with Analytical Logistic Diffusion Stochastic Differential Equation
Evaluation Methodology of Leader-Follower Autonomous Vehicle System for Work Zone Maintenance
Analysis of Electric Vehicle Charging Behavior Patterns with Function Principal Component Analysis Approach