Under the policy background of informationization in the national education industry, the construction level of digital campuses reflects the degree of informationization in higher education and also reflects the level of foresight of decision-makers towards the development trend of modern education; It is also one of the important standards for measuring the school's educational ability and teaching and research level.
The transportation of students to and from school, especially during the after-school period, is currently a challenge faced by almost all primary and secondary schools (including kindergartens). At the same time, the congestion and disorder of centralized transportation vehicles also lead to traffic congestion around schools. With the popularization of private cars, the vast majority of students are picked up and dropped off by vehicles entering and exiting the campus, and the education authorities have stipulated that kindergartens and primary schools must be picked up and dropped off by parents or principals.
Due to safety considerations and venue issues, schools use various methods to control parents and vehicles. However, due to the lack of relatively complete and efficient mechanisms and scheduling methods, the efficiency of transportation is low, which leads to congestion of personnel and vehicles, as well as traffic congestion around the school. Especially due to historical reasons, many schools are located in central areas prone to traffic congestion. The disorderly transportation of vehicles and the chaos of personnel have exacerbated the congestion situation around the schools, even causing traffic accidents and safety accidents, causing complaints from parents and surrounding citizens, and leading to social problems.
The intelligent pick-up and drop off module is a functional module developed to address the aforementioned issues. Based on campus management, leveraging the role of campus security systems, developing a pick-up and drop off scheduling model (operation method), and implementing effective management and orderly entry and exit of pick-up and drop off vehicles through software systems, it is conducive to the management of various types of vehicles in the school, the improvement of parking lot utilization efficiency, and the effective diversion of road traffic around the school.
Starting from the campus security system and based on the daily management needs of the school, a software system and operation method are provided to coordinate the security subsystems such as access control, road gates, information publishing, and video monitoring with software configured with operation methods. This guides vehicles to enter the campus in a timely manner, drive according to the schedule according to the lane, achieve orderly entry, pick-up and drop off of vehicles, and solve the problems of habitual pre occupancy of parking spaces and traffic congestion caused by rushing to the lane by pick-up and drop off vehicles, thereby alleviating the congestion of vehicles and personnel at pick-up points and even the traffic congestion around the campus.