Deniable authentication protocols with confidentiality, anonymity, and senders’ and receivers’ protections

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Title:	Deniable authentication protocols with confidentiality, anonymity, and senders’ and receivers’ protections
Other Titles:	具機密性、匿名性與收送方保護之可否認驗證協定
Authors:	宋昀豪;Sung, Yun-hao
Contributors:	淡江大學資訊工程學系碩士班黃心嘉;Hwang, Shin-jia
Keywords:	可否認認證協定;簽密法;允諾簽章;匿名性;機密性;隱私權;deniable authentication protocols;signcryption;promise of digital signatures;Anonymity;intended receivers;confidentiality
Date:	2010
Issue Date:	2010-09-23 17:36:35 (UTC+8)
Abstract:	近年Hwang和Chao提出具匿名公平保護功能之互動式可否認認證協定，用於保護資料收送雙方的權益，然而他們的協定中對資料並無提供機密性保護，並採互動式設計，而影響協定整體的效能。一般而言，在傳輸效能上，非互動式協定較互動式協定有效率，但目前非互動式可否認驗證協定尚未對資料提供機密性保護，因此傳輸的資料有可能造成雙方權益的損失，進而對其他安全特性造成危害。為了有效地提供傳輸資料的機密性與可否認性，本論文首先提出第一套允諾簽密法；並藉由允諾簽密法的幫助，提出兩套具機密性、匿名性與收(送)方保護之非互動式可否認驗證協定。更重要的是，我們的第二套協定是目前第一套具機密性、匿名性與公平保護之非互動式可否認驗證協定。 Hwang and Chao’s deniable authentication protocols with anonymous fair protection are proposed to protect senders’ and receivers’ benefit recently. However, their protocols do not provide confidentiality property and adopts interactive communication. In general, non-interactive deniable authentication protocols are more efficient than interactive ones by reducing the communication cost. Nevertheless, no non-interactive deniable authentication protocols are proposed to provide confidentiality. Without confidentiality, the transferring data may damage sender’s and receiver’s benefit, and even threaten with some announced security properties. To efficiently provide confidentiality and deniability at the same time, the first promised signcryption scheme is proposed. With the help of the promised signcryption scheme, our two non-interactive deniable authentication protocols with confidentiality, anonymity, and senders’ (and receiver’s) protection are proposed. Moreover, our second protocol is the first non-interactive deniable authentication protocols with confidentiality, anonymity, and fair protection is proposed.
Appears in Collections:	[Graduate Institute & Department of Computer Science and Information Engineering] Thesis

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