Improving models for ensuring the regularity of city bus traffic
Abstract
The article presents a mathematical model for optimizing the regularity of city buses, based on the results of the analysis of studies aimed at optimizing the regularity of city buses, i.e., minimizing deviations from the planned schedule, maintaining the intervals between buses, and increasing the efficiency of transport services. The model aims to minimize deviations from the planned schedule and increase service reliability, predicting delays using operational data, optimizing schedules, and dynamically adjusting operations. As a result of applying the model, initial results obtained on a simulated city route showed a 20% reduction in average delay and a 15% improvement in interval regularity compared to traditional methods. This model offers a scalable solution for urban transport systems and contributes to sustainable mobility.
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