Project Background：
Sanya Nanshan Temple Scenic Area, as a well-known cultural tourism destination in China, has always been committed to improving the tourist experience and the management efficiency of the scenic spot. Recently, the scenic spot has introduced a breakthrough technology - autonomous patrol robots, which is not only a technological innovation, but also a smart upgrade of the traditional scenic spot management method, indicating the future trend of intelligent development of the tourism industry; marking Nanshan Temple has taken a solid step in the field of intelligent security.
Technical Highlights： autonomous patrol robot is equipped with advanced autonomous driving technology, which can achieve L4 level autonomous driving capability to ensure safe and efficient patrol tasks in the scenic area. The onboard multi-sensor fusion system, including lidar, camera and ultrasonic sensor, gives the patrol robot 360-degree all-round perception ability, and can operate stably even at night or in complex weather conditions.
Application Value： The application of autonomous patrol robots not only effectively improves the safety management level of scenic spots, but also provides tourists with a more secure tour environment. The 24-hour uninterrupted patrol capability greatly reduces potential safety hazards. At the same time, through intelligent data analytics, autonomous patrol robots can quickly respond to various emergencies and notify scenic spot managers in a timely manner. With the continuous maturity of technology and the deepening of application, the autonomous patrol robots in Sanya Nanshan Temple Scenic Spot are expected to become a new benchmark for smart tourism. The scenic spot will continue to explore more intelligent and technological management methods to bring tourists a more convenient, comfortable and safe travel experience.
The autonomous patrol robot in the Nanshan Temple scenic spot in Sanya is not only a technological innovation, but also a smart upgrade to the traditional scenic spot management method, indicating the future trend of intelligent development of the tourism industry.
