This invention discloses a
database architecture design method and
system for ETC parking scenarios, belonging to the field of
smart parking technology. It includes the following steps: First, an
image database cloud is established. Then, parking information is identified and filtered through the
image database cloud. Finally, the filtered information is output to the
bank settlement
system. By constructing an
image database structure from data in various platform databases using image technology, and then building the image
database cloud based on ETC recognition, the image
database cloud is used to receive parking fee information and connect with the
bank settlement
system. This achieves cross-platform database compatibility, optimizes
dynamic database calling efficiency, and enhances the creativity and efficiency of data-driven
scenario applications. Furthermore, it utilizes ETC recognition devices established at road intersections for identification and fee settlement, reducing the
upgrade cost of existing parking systems and facilitating the promotion of ETC parking systems.