在此篇論文中，我們將探討認證機制在無線感測網路與遠距醫療系統中如何保持其安全性，並依照各個環境的不同，使用不同的認證機制。 在本論文中，我們首先發現2016年Khemissa和Tandjaoui的無線感測網路認證議題中，其安全表格過於毫無防備，此缺失可能造成數種認證機制上的不安全。另外，2016年Roy等人遠距醫療系統認證機制中，我們推敲出其機制過於仰賴特定參數，此漏洞可能造成數種認證機制上的不安全。因此，在各自不同的環境領域中，我們使用雜湊函數與模糊提取器強化並改變其演算法，強化認證機制，並藉由BAN logic證明我們改進的認證機制為可行，並能提供更高的安全效果 In this thesis, we will explore how the authentication mechanism are safety maintained in the wireless sensor network and telemedicine system. In addition, according to different circumstances, different authentication mechanism are used.
In this study, we first discovered that the authentication mechanism in the wireless sensor networks proposed by Khemissa and Tandjaoui in 2016 lacks the protection of its security table. Then we found that the authentication scheme in telemedicine systems presented by Roy et al. in 2016 depends on some specific parameters too much. Due to these drawbacks, these authentication mechanism are vulnerable to different attacks. Therefore, in different environments, we use the hash function and fuzzy extractor to strengthen and change their algorithms such that the authentication protocols are enhanced. In addition, with the BAN logic, we prove that our proposed authentication mechanism are feasible and can provide a higher security effect.
