Identity-Based Authentication to Address Relay Attacks in Temperature Sensor-enabled Smartcards
Identity-Based Authentication to Address Relay Attacks in Temperature Sensor-enabled Smartcards
复制标题
基于身份的身份验证可解决支持温度传感器的智能卡中的中继攻击
DOI：
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发表时间：
2013
期刊：
影响因子：
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通讯作者：
S. Piramuthu
中科院分区：
文献类型：
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作者：
P. Urien;S. Piramuthu
已提出以身份为基础的加密作为公用钥匙加密的替代办法，后者依赖于公用钥匙基础设施和可靠和值得信赖的验证局的存在。使用基于身份的加密，公钥来自用户的身份信息，如电子邮件地址或电话号码，这有助于用户之间的首次交互。无论用于认证的公钥密码术或对称密钥密码术的类型如何，对此类系统的成功中继攻击的概率仍然很高。我们将基于温度传感器的信息与基于身份的加密智能卡的相互认证协议，以减少中继攻击的成功概率。
Identity-based encryption has been proposed as an alternative to public-key cryptography, which relies on the existence of public-key infrastructure and a reliable and trustworthy certification authority. With identity-based encryption, the public key is derived from users' identity information such as email address or phone number and this facilitates ease of first-time interaction between users. Regardless of the type of public- or symmetric- key cryptography that is used for authentication, the probability of successful relay attack on such systems remains high. We incorporate temperature sensor-based information in a mutual authentication protocol for smartcards with identitybased encryption to decrease the success probability of relay attacks.