Title: The use of RFID tags to support the post-disaster recovery of utility infrastructure

 

Author: Chetan S. Sankar; Bill Rushing; Corley L. Lauderdale; Steve Henderson

 

Addresses:
COB Advisory Council Professor of Information Systems, Auburn University, 415 W. Magnolia, Suite 403, Auburn, AL 36849, USA
Berntsen International, Inc., P.O. Box 8670, Madison, WI 53708-8670, USA
Gas, Water and Waste Water Department, Riviera Utilities, 413 East Laurel Avenue, Foley, AL 36535, USA
Information Technology Division, City of Gulf Shores, 1905 W. 1st Street, Gulf Shores, Al 36547, USA

 

Journal: Int. J. of Information Technology and Management, 2016 Vol.15, No.4, pp.333 - 345

 

Abstract: The smart, IT-enabled infrastructure requires utilities to geospatially map their facilities and be able to locate them quickly after they get buried or broken during disasters. In this paper, we describe a collaboration between a university research centre, a manufacturer, a utility, and a city who worked together to map facilities near beaches along the US Gulf Coast. The team tested three technologies, GPS, RFID, and magnetic locators, both individually and in combination, and discovered that using all three together gave the best results. The new device and system developed as a result of this study has the potential to become an important element in disaster preparedness. Given that there are millions of kilometres of infrastructure networks around the world, a new industry needs to develop that digitises utilities' facilities, stores this information, locates the facilities quickly after a disaster, and uses cloud-computing to hasten the recovery process.

 

Keywords: disaster management; emergency management; utilities; facilities; digital information; global positioning systems; GPS; experiential learning; second responders; partnership; mission-critical data; IT-enabled infrastructure; RFID tags; post-disaster recovery; utility infrastructure; emergency response; emergency recovery; information technology; radio-frequency identification; magnetic locators; critical infrstructures; disaster preparedness; emergency preparedness; cloud computing; USA; United States; Gulf Coast; collaboration; university research.

 

DOI: http://dx.doi.org/10.1504/IJITM.2016.10000282

 

Available online 22 Sep 2016

 

 

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