Trajectory Extraction from Online Mapping Platforms: Empowering Vehicle Dynamics and Intelligent Functionalities

The development, enhancement, and integration of intelligent functionalities aimed at automating vehicles are increasingly becoming a fundamental aspect of modern life. There is a growing emphasis on improving the everyday driving experience and reaping the benefits that these advanced cars offer. In light of these advancements, this study proposes a novel method for extracting trajectories, which serves as a valuable tool in implementing and evaluating complex algorithms and functionalities. Obtaining a real trajectory enables the observation of how a vehicle moves along a given road. Moreover, the extracted trajectory can also facilitate the development of additional functionalities such as lane keeping, velocity profile, and other advanced techniques. This multifaceted approach allows for the exploration and refinement of various intelligent systems, ultimately contributing to the overall improvement of autonomous driving capabilities. The proposed method of trajectory extraction opens up new possibilities for advancing the field, providing a solid foundation for implementing and evaluating intricate algorithms. Through the utilization of real trajectories, valuable insights into vehicle behavior can be gained, which can further enhance the performance of autonomous vehicles.