Evaluation of the Efficiency of Solutions Used at Active Pedestrian Crossings

This article examines the components of active pedestrian crossing systems, focusing on an innovative solution implemented at Jaworski Street in Kielce. The proposed method for evaluating the effectiveness of this system is based on observations and performance analysis under conditions of limited visibility and increased pedestrian traffic. The key elements of the methodology include assessing the accuracy of pedestrian detection using IR/MW and curtain sensors, analyzing system errors such as false activations or failures to detect pedestrians, and evaluating driver responses to warning signals, with an emphasis on optimizing signal activation timing. The innovation of the method lies in its flexibility and real-time adaptability to dynamic traffic conditions, significantly enhancing system performance and pedestrian safety at crossings. Through integrated detection and activation time management mechanisms, the system can respond to changing conditions in real time, ensuring optimal operational effectiveness.