Paper Info
Title
A Simulation Platform for RFID Application Deployment Supporting Multiple Scenarios
Abstract
Radio Frequency Identification (RFID) poses multiple advantages over traditional barcodes, such as hands-off detection, longer read range and more data storage. In addition, the declining cost of RFID systems along with improved sensitivity and durability nowadays has increased its usage potential in a variety of domains such as logistical, planning and supply chain process. However, the deployment of RFID facilities in real-world scenario always takes time and money. Once some significant design weaknesses appear, the facilities must be deployed all over again. In this paper, we present an RFID simulation platform, RFIDSim, which supports users to build their own virtual scenario and deploy RFID facilities in it instead. This simulation platform, which relies on a discrete event simulator, is designed to implement part of ISO 18000-6C communication protocol and support path loss, backscatter, capture and tag mobility models. Besides, the reader models are programable by using a special language so that users can adjust the readers into different applications. All the data collected during the simulation would be stored in the database for users to judge if a certain deployment is fairly appropriate.
Year
DOI
Venue
2012
10.1109/CIS.2012.132
CIS
Keywords
Field
DocType
iso 18000-6c communication protocol,simulation platform,rfid simulation platform,iso 18000-6c,protocols,barcodes,multiple scenarios,iso standards,rfidsim,rfid application deployment,tag mobility models,own virtual scenario,radio frequency identification,radiofrequency identification,rfid systems,rfid system,deploy rfid facility,simulation,data storage,certain deployment,bar codes,real-world scenario,frequency identification (rfid),rfid facility
Data modeling,Software deployment,Computer science,Computer data storage,Mobility model,Path loss,Supply chain,Radio-frequency identification,Embedded system,Communications protocol
Conference
ISBN
Citations 
PageRank 
978-1-4673-4725-9
1
0.37
References 
Authors
3
5
Name
Order
Citations
PageRank
Tiancheng Zhang1227.91
Yifang Yin28016.61
Dejun Yue3447.47
Qian Ma411.05
Ge YU51313175.88