Paper Info
Title
A Two-Factor and Reader-Undedicated Authentication Scheme with Passive RFID Tags in WLAN
Abstract
WLAN (wireless local area network) becomes universal because network technology attains to maturity. To prevent unprivileged access to network resources, authentication is necessary. Conventional authentication mechanisms adopt only users' identities and passwords, and they are regarded as single-factor ones. To enhance security with inexpensive cost, Guo et al. proposed an authentication scheme with passive RFID (Radio Frequency Identification) tags in WLAN in 2011. Guo et al. claimed that there might be many readers in their scheme. However, a registered user must be authenticated with a dedicated reader which the user is registered with. This property makes Guo et al.'s scheme impractical and users' mobility constrained. Moreover, locations in a tag to store data are not encrypted such that illegal readers may easily read out desired data. To ensure practicability with low costs, this paper proposes an RFID authentication scheme with undedicated readers in WLAN. The proposed scheme can further protect data stored in a tag from being retrieved by illegal readers to enhance security.
Year
DOI
Venue
2013
10.1109/SITIS.2013.54
SITIS
Keywords
Field
DocType
radio frequency identification tags,two-factor authentication scheme,wlan,cryptography,storage management,passive rfid tags,computer network security,rfid authentication scheme,authentication,radiofrequency identification,wireless local area network,conventional authentication mechanisms,data storage,illegal readers,data protection,network technology,reader-undedicated authentication scheme,undedicated readers,message authentication,wireless lan,rfid,two-factor authentication,network resources
Authentication,Message authentication code,Computer science,Computer security,Network security,Computer network,Encryption,Registered user,Password,Multi-factor authentication,Radio-frequency identification
Conference
Citations 
PageRank 
References 
0
0.34
9
Authors
4
Name
Order
Citations
PageRank
Ya-Fen Chang150927.66
Wei-Liang Tai273336.91
Shao-Cian Lin320.73
Ti-Sheng Kwamg400.34