Design and implementation of a traveler positioning application navigation system based on ant colony algorithm with optical beacon

With the growing popularity of outdoor travel, the importance of navigation systems has become increasingly evident. This study aims to design and implement an outdoor travel location application navigation system based on ant colony algorithm. The research background and purpose are to address the limitations of traditional navigation systems in complex terrain and areas with insufficient signal coverage by utilizing the self-organizing characteristics of ant colony algorithm to improve the accuracy and reliability of navigation. Research methods include algorithm optimization, path planning strategy design, and field testing. The results show that the system can effectively plan the optimal path in complex terrain and maintain high navigation accuracy in regions with unstable signals. The significance of this study lies in providing a new navigation solution for outdoor travelers, enhancing travel safety and efficiency. Potential impacts include promoting the development of outdoor navigation technology, providing technical support for emergency rescue and geographic information systems, and laying the foundation for future intelligent navigation system development. In addition, this study also explored the applications of optical technologies in navigation systems, particularly how optical gyroscopes and photonics technologies improve navigation accuracy and reliability.