The Research Of Dangerous Goods Transportion Node Monitoring Based On RFID

At present, the sharp increase in demand for dangerous goods, while promoting socialdevelopment, it also brings the high incidence of dangerous goods transport accidents.Dangerousgoods accidents and affect the intensity of a wide range of serious consequences and far-reaching.Toaccelerate the advanced technology and transport effective combination is the most urgent task ofcontainment accident occurred.Today’s world, Information technology rapid development, demonstrated in particular byrelying on advanced technologies such as RFID things in the field,is the research focus of today’stransportation. Therefore, this article will focus on the transport of dangerous goods with RFIDtechnology is an effective combination to establish the key transport of dangerous goods based onRFID technology bayonet monitoring system, for reducing the dangerous goods transportaccident-prone, protecting transportation security, and promoting social development.Firstly, on this research basis and the problem to be solved, according to the characteristics ofthe transport of dangerous goods accident analysis, get the need for the establishment of keytransport bayonet monitoring system. Introduccing the basic principles of RFID technology, thecomposition of the advantages of its long-range identification, to achieve real-time monitoring of thekey transport of dangerous goods bayonet.Secondly, based on RFID technology, to establish the dangerous goods monitoring system,including the matching of the “Drivers, Vehicles, Goods”,“Drivers, Vehicles, Goods” real-timestatus of access to information,“Drivers, Vehicles, Goods”key card port information test,andemergency response system design.Finally, according to the design of the system, the combination of the characteristics of theurban road network in Chongqing Municipality, the mountain city road network characteristics ofDangerous Goods key transport bayonet monitoring system. Role in guiding the monitoring ofdangerous goods transport in Chongqing City, and based on the Arcgis Engine, developed amonitoring center of the display to the trajectory tracking of vehicles,“Drivers, Vehicles, Goods”information query, the system alarms, and emergency response. What’s more, this paper put forwardthe research and application in the traffic area, to provide theoretical guidance and practical basis forRFID technology.