The Society of Convergence Knowledge Transactions ISSN:2287-8920(Print) 융복합지식학회논문지

Recently, flood damage has been increasing due to the occurrence of rainfall exceeding the design frequency of flood protection facilities such as localized torrential rain. Among them, inland flood damage in urban areas accounts for more than 50% of the total damage. The increase in localized torrential rainfall increases the amount of runoff to rivers and lowlands. Flooding damage is increasing as rainwater is not discharged immediately due to deterioration of rainwater conduits and lack of water permeability. The main causes of flood damage are low-lying areas, lack of water permeability of rainwater conduits, insufficient capacity of pumping stations, and sedimentation of conduits. Therefore, it is necessary to apply a new type of rainwater storage facility that does not require a large-scale site such as an underground storage tank and does not require a large budget. Considering that the damage caused by inland water inundation is increasing in the case of downtown areas, it is possible to reduce the economic damage by improving the flood control capacity of the flood-prone area by establishing the road surface water storage system in connection with the drainage pipe. In order to build a road surface water storage system, an information system and model that can be linked with on-site RFID sensing data is required. By analyzing field data collected by sensing, it is possible to grasp the state of the storage system and the amount of storage in real time. Therefore, this study proposes an ‘information model for RFID sensor-based gutter reservoir operation’ for efficient management of gutter reservoir system and interoperability-based RFID sensor-based gutter reservoir operation.