Abstract
In order to improve the warehouse cargo flow and detect the temperature and humidity of storage, the characteristics of the topology of various wireless sensor networks were compared. The tree topology was used. The routing algorithms and routing methods were summarized. A brief description of the networking process was given. Then, the goods data of wireless sensor network and the data collection process of storage environment were designed. The various nodes and the workflow of the RFID system were described. Finally, the warehousing goods data and environmental data were collected and tested. The results showed that the system accurately identified the pallet tag and the cargo tag. At the same time, the storage temperature and the humidity data were monitored in real time. Therefore, the system meets the company's functional requirements for information collection and environmental monitoring of warehousing goods. The effect is good.
Highlights
Because of its non-contact, fast recognition speed, strong anti-interference ability, long identification distance and high recognition accuracy, radio-frequency identification (RFID) technology has been applied in the field of traffic management, automatic charging, logistics and anticounterfeiting
The RFID technology is applied to storage management, and the warehousing goods information is collected and processed in real time
The test results show that the location of the label has a great influence on the data collected by the RFID system
Summary
Because of its non-contact, fast recognition speed, strong anti-interference ability, long identification distance and high recognition accuracy, RFID technology has been applied in the field of traffic management, automatic charging, logistics and anticounterfeiting. The RFID technology is applied to storage management, and the warehousing goods information is collected and processed in real time. Automated and intelligent warehouse management is realized. While enhancing the efficiency of enterprises, it meets the development needs of modern warehouse management. In order to meet the needs of the development of modern logistics, warehousing must adopt intelligent, automated and networked management. Based on RFID technology, and combined with wireless sensor network (WSN) technology and database technology, an accurate and efficient warehouse management platform is designed. Warehousing materials and storage environment data are integrated. The WSN system is constructed by using sensor nodes, to realize the collection of temperature and humidity data of the warehouse. The RFID system and the WSN system are integrated to achieve the real time and effective management of the warehouse goods and warehouse environment. According to the corresponding software, the management of information, such as the quantity of materials and the state of warehousing, is completed
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