摘要
Using Networked RFID equipped in warehouse or supermarket distribution, Enterprise information system (EIS) can gather and deal with cargos information. Nevertheless, when cargos are in traffic, the Networked RFID can’t monitor the cargos any more as the products tagged aren’t within range of a reader. This paper proposes a solution framework which combines Networked RFID and GPS tracking, and then equip with this system in container to make the cargos monitored even if the cargos are in traffic. This solution can solve the accurate consignments, position tracking and advanced theft happening through drilling holes in container. In addition, customhouse and checkpoint can get an electronic shipment manifest rapidly and safely when a vehicle gets through a checkpoint.
Using Networked RFID equipped in warehouse or supermarket distribution, Enterprise information system （EIS） can gather and deal with cargos information. Nevertheless, when cargos are in traffic, the Networked RFID can＇t monitor the cargos any more as the products tagged aren＇t within range of a reader. This paper proposes a solution framework which combines Networked RFID and GPS tracking, and then equip with this system in container to make the cargos monitored even if the cargos are in traffic. This solution can solve the accurate consignments, position tracking and advanced theft happening through drilling holes in container. In addition, customhouse and checkpoint can get an electronic shipment manifest rapidly and safely when a vehicle gets through a checkpoint.
出处
《重庆邮电大学学报（自然科学版）》
2007年第3期386-391,共6页
Journal of Chongqing University of Posts and Telecommunications(Natural Science Edition)
基金
This research is supported by the MIC( Ministry of Information and Communication) , Korea ,under the ITRC(Information Technology Research Center) support program supervised by the IITA(Institute of Information Technology Assessment)
