首页> 外文会议>IEE Colloquium on Sources for Very High Bit Rate Optical Communication Systems, 1992 >A Random ID Update Scheme to Protect Location Privacy in RFID-Based Student Administration Systems
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A Random ID Update Scheme to Protect Location Privacy in RFID-Based Student Administration Systems

机译:基于RFID的学生管理系统中用于保护位置隐私的随机ID更新方案

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Recently the RFID has been received great attentions and gotten wide applications in many different areas including some administration systems for automatically managing students in a campus. However, a RFID tag may infringe on its owner's location privacy because of its traceability. Therefore, location privacy problems in RFID-based student administration systems become a critical issue in applying such systems to the practical. Three representative schemes to solve these problems are explained and analyzed. Moreover, a safe, fast and low cost scheme which offers better privacy protections is proposed. In this scheme, a hash value is generated from a secret ID and a random number in a RFID tag by using a cheap hash circuit, and it is used for an identifier of a user. The secret ID is updated by using the hash circuit when a reader for updating is used. Finally, some comparisons between the proposed scheme and the other three typical schemes are presented in terms of safety, speed and cost
机译:最近,RFID在许多不同领域受到了广泛的关注,并得到了广泛的应用,包括一些用于自动管理校园中学生的管理系统。但是,由于RFID标签的可追溯性,它可能会侵犯其所有者的位置隐私。因此,基于RFID的学生管理系统中的位置隐私问题成为将此类系统应用于实际的关键问题。解释和分析了解决这些问题的三种代表性方案。此外,提出了一种安全,快速且低成本的方案,该方案提供了更好的隐私保护。在该方案中,通过使用廉价的哈希电路从RFID标签中的秘密ID和随机数生成哈希值,并将其用于用户的标识符。当使用用于更新的读取器时,通过使用哈希电路来更新秘密ID。最后,从安全性,速度和成本方面对所提出的方案与其他三个典型方案进行了比较。

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