臺灣博碩士論文加值系統

　　最近幾年，RFID被廣泛的應用在製造業、供應鏈管理、存貨控制等各方面，因為RFID電子標籤能夠被同時及遠距批次處理的特性，提升貨品的管理效能，可以節省作業時間與成本。可是，如果RFID系統應用在個人的身分辨別，例如保全系統門禁管制、電子門票系統、醫療病歷管理、病患識別、病患接觸史追蹤等，未經授權的讀取器可能非法存取電子標籤資料，這將侵犯到使用者的隱私權。
　　為了保護電子標籤的資料，一般的設計會對於想要進行存取的讀取器先確認其合法性，電子標籤才回應資訊，以設限及掌控讀取器的存取行為。然而，一些已知的存取控制機制[15,20,23,24,32,33,37]，都是假設所有合法讀取器均有相同權限，但在某些應用環境需要區隔讀取器的權限時，這些機制即不適用。例如在醫院的環境中，每個醫生的讀取器即應區隔不同的存取權限，電子病歷資料應該只有病人的主治醫生有權限存取，才能保護使用者的隱私與資料的安全。
　　在本篇論文，針對讀取器有不同權限之應用，提出三種存取控制協定以及一種所有權可移轉協定，第一種存取控制協定以單一主治醫生為主，電子病歷資料只有病人的主治醫生有權限存取；第二種存取控制協定考量主治醫生之下還有住院醫生及實習醫生，所以以主治醫生分群，每一群組再分為三級－祖父級、父級與子級，不同層級的醫生有不同的存取權限，並且這些層級之間有從屬關係，電子病歷資料只有病人的主治醫生的群組有權限存取；第三種存取控制協定則進一步考量更符合醫院的組織架構，在主治醫生之下有多個住院醫生及多個實習醫生，可以明確識別父級與子級的使用者；所有權可移轉協定則是適用於當病人需要轉診移轉至其他科別，更換主治醫生時，存取控制的轉移。
　　以上四種設計，都以單向雜湊函數運算為基礎，在電子標籤的設計上，單向雜湊函數的運算複雜度是可接受的，而且本篇論文提出的存取控制協定能達到相互認證、匿名性、機密性和完整性的條件，所有權可移轉協定能達到機密性和完整性的條件。

　　RFID has been considered as a time- and money-saving solution for a wide variety of applications, such as manufacturing, supply chain management, and inventory control, etc. However, the universal deployment of RFID devices in consumer items may expose new security and privacy risks. Some risks will be reduced if the RFID tag can be accessed only by the authorized readers. Therefore, some access control mechanisms [15,20,23,24,32,33,37] were proposed to achieve secure access in RFID systems.
　　In 2006, John Ayoade [10] proposed a framework for hospital management. The patient’s anamnesis will be attached a RFID tag. For protecting the patient’s privacy, the critical information about the patient will be stored in the tag not be written on the anamnesis. And the tag’s access should be under some control mechanisms. Only the specific doctor, usually the patient’s doctor, can access the tag. In such situation, those proposed RFID access control mechanisms are not suitable. John Ayoade pointed out the authority of readers should be different for accessing different tags. However, John Ayoade did not propose how to make it work in practical.
　　In this thesis, there are three RFID access control protocols and one ownership transfer protocol are proposed. The first access control protocol is a basic type for different authorized readers. For each tag, only one doctor can access it. Only some lightweight operations such as hash function and pseudorandom number generator are needed in the tags. Such design can be implement in practical. Besides, to consider the working model in a medium or large hospital, the extended designs are proposed in the second and third protocols. For hospital infrastructure with diversity of group member access right, each group’s access rights are distinguished as three grades. The security of authentication, anonymity, confidentiality, and integrity are guaranteed in the three access control protocols. Moreover, as another doctor takes the original one’s duty, the patient’s privacy is guaranteed after running the ownership transfer protocol. The security of confidentiality, and integrity are guaranteed in the ownership transfer protocol.

第一章　緒論 1
　第一節　RFID的系統架構 1
　第二節　RFID的多元應用 1
　第三節　研究動機與目的 2
第二章　RFID存取控制機制 5
　第一節　存取控制相關研究介紹 5
　　第1.1節　Weis''s hash-based access control scheme 5
　　第1.2節　Weis''s randomized access control scheme 6
　　第1.3節　Gao et al.''s authentication of a "good Reader" scheme 6
　　第1.4節 Henrici et al.''s hash-based ID variation scheme 7
　　第1.5節 Hwang et al.''s hash-based ID variation scheme 7
　　第1.6節 Chien''s hash-based scheme 8
　第二節　安全存取控制的特性 9
第三章　不同權限讀取器安全存取控制協定 11
　第一節　環境介紹與符號列表 11
　第二節　協定的運作流程 12
　　第2.1節 初始化階段 12
　　第2.2節 存取階段 12
　第三節　安全性分析 15
　　第3.1節 相互認證(Mutual Authentication) 15
　　第3.2節 匿名性(Anonymity) 17
　　第3.3節 機密性(Confidentiality) 17
　　第3.4節 完整性(Integrity) 18
　第四節　複雜度分析 19
　第五節　結論 20
第四章　群組成員不同權限等級存取控制協定 21
　第一節　環境介紹與符號列表 21
　第二節　協定的運作流程 24
　　第2.1節 初始化階段 24
　　第2.2節 存取階段 24
　第三節　安全性分析 27
　　第3.1節 相互認證(Mutual Authentication) 27
　　第3.2節 匿名性(Anonymity) 29
　　第3.3節 機密性(Confidentiality) 29
　　第3.4節 完整性(Integrity) 30
　第四節　複雜度分析 31
　第五節　結論 32
第五章　群組成員存取權限差異化協定 33
　第一節　環境介紹與符號列表 33
　第二節　協定的運作流程 36
　　第2.1節 初始化階段 36
　　第2.2節 存取階段 36
　第三節　安全性分析 39
　　第3.1節 相互認證(Mutual Authentication) 39
　　第3.2節 匿名性(Anonymity) 41
　　第3.3節 機密性(Confidentiality) 41
　　第3.4節 完整性(Integrity) 42
　第四節　複雜度分析 43
　第五節　結論 44
第六章　群組所有權可移轉協定 45
　第一節　環境介紹與符號列表 45
　第二節　協定的運作流程 46
　　第2.1節 初始化階段 46
　　第2.2節 存取階段 48
　第三節　安全性分析 50
　　第3.1節 機密性(Confidentiality) 50
　　第3.2節 完整性(Integrity) 51
　第四節　複雜度分析 52
　第五節　結論 52
第七章　研究貢獻與未來工作 54
　第一節　研究貢獻 54
　第二節　未來工作 55
參考文獻 56
附錄－發表的論文 60

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