Autonomous driving technology is considered the trend of future transportation. Millimeter-
wave radar, with its ability for long-distance detection and all-weather operation, is a key …

Radar simulation models can effectively overcome the drawbacks of real vehicle experiment
and speed up the development process of intelligent vehicle technologies based on …

Autonomous driving technology greatly contributes to the evolution of intelligent
transportation systems (ITSs). As an important sensor, the millimeter-wave (mmWave) radar …

Millimeter-wave (mmWave) automotive radar can detect the surrounding environment using
highly directional, high-frequency electromagnetic waves. With these advantages, mmWave …

Virtual test evaluation is an important development direction for automatic driving technology
testing and evaluation. The millimeter-wave radar sensor model used in virtual test …

This study addresses the virtual testing of intelligent driving, examines the key problems in
modeling and simulating millimeter wave radar environmental clutter, and proposes a …

Millimeter-wave Automotive Radar Characterization and Target Simulator Systems Page 1
Millimeter-wave Automotive Radar Characterization and Target Simulator Systems Shahed …

77 GHz Millimeter-wave (mmWave) radar serves as an essential component among many
sensors required for autonomous navigation. High-fidelity simulation is indispensable for …

The conventional radar modeling methods for automotive applications were either function-
based or physics-based. The former approach was mainly abstracted as a solution of the …

During the development of the advanced driver assistance systems equipped with millimeter-
wave radar and a camera, testing under actual driving conditions is extremely expensive …