Group 1 - The core concept of AEB (Automatic Emergency Braking) is to act as a proactive safety system that can predict risks and automatically apply brakes to prevent or mitigate collisions [2][11] - AEB utilizes sensors such as radar and cameras to continuously monitor the road ahead, intervening when a collision is imminent and the driver has not taken action [2][11] - The IVISTA China Intelligent Vehicle Index has conducted tests to evaluate AEB's performance in various high-risk scenarios, focusing on its ability to respond effectively in real-world situations [2][4] Group 2 - Scenario one involves left turns where AEB must accurately identify potential collisions with oncoming vehicles, testing its perception and decision-making capabilities [4] - Scenario two examines the classic rear-end collision risk, assessing AEB's ability to detect stationary vehicles and respond appropriately at different speeds [6] - Scenario three tests AEB's recognition capabilities when encountering large stationary vehicles, evaluating its performance in both day and night conditions [7] - Scenario four focuses on AEB's detection sensitivity for small, slow-moving vehicles like delivery tricycles, which are common in domestic settings [9] - Scenario five challenges AEB's ability to predict the trajectory of vehicles entering from the side at uncontrolled intersections, requiring timely intervention [10]