Effect of Reading Errors on Location Prediction in RFID Indoor Networks
スポンサーリンク
概要
- 論文の詳細を見る
In this Letter, we investigate the correlation rate of a random sequence data set which is collected by RFID (Radio Frequency IDen-tification) readers in an indoor location. Using a passive RFID tag introduces reading error, which causes a loss of original data. From the question of how sensing errors of RFID readers affect the location prediction algorithm used for context awareness services at home, we analyze the correlation rate of a collected data set with respect to RFID reader-sensing error rate. Through our analysis, we conclude that the prediction accuracy can be better or worse than the one of the original data streams according to the error rate. We suggest that the reader specification has to be satisfied by the error boundary which is found in this work for the tolerant location prediction.
- （社）電子情報通信学会の論文
- 2008-02-01
著者
-
Kim Seong‐lyun
Yonsei Univ. Seoul Kor
-
Kim Seong-lyun
Radio Resource Management & Optimization Laboratory Graduate School Of Management Information An
-
HWANG June
Radio Resource Management and Optimization Laboratory, School of Electrical and Electronic Engineeri
-
Kim Seong-lyun
Radio Resource Management And Optimization Laboratory School Of Electrical And Electronic Engineerin
-
Hwang June
Radio Resource Management And Optimization Laboratory School Of Electrical And Electronic Engineerin
関連論文
- On the Multihop Packet Scheduling in Uplink DS-CDMA Systems(Wireless Communication Technologies)
- Mobility-Based Topology Control for Wireless Ad Hoc Networks
- An Improved Encoder for Joint Source-Channel Decoder Using Conditional Entropy Constraint
- Uplink Packet-Data Scheduling in DS-CDMA Systems
- Effect of Reading Errors on Location Prediction in RFID Indoor Networks
- Dominant Pilot Recovery in IS-95 CDMA Systems Using Repeaters
- An Improved Encoder for Joint Source-Channel Decoder Using Conditional Entropy Constraint
- Effect of Reading Errors on Location Prediction in RFID Indoor Networks
- Mobility-Based Topology Control for Wireless Ad Hoc Networks
- Maximum Likelihood Detection of Random Primary Networks for Cognitive Radio Systems