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  • P-ISSN1013-0799
  • E-ISSN2586-2073
  • KCI

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Vol.26 No.2

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A Study on Implementation and Design of Scheme to Securely Circulate Digital Contents

Journal of the Korean Society for Information Management / Journal of the Korean Society for Information Management, (P)1013-0799; (E)2586-2073
2009, v.26 no.2, pp.27-41
https://doi.org/10.3743/KOSIM.2009.26.2.027


& (2009). A Study on Implementation and Design of Scheme to Securely Circulate Digital Contents. Journal of the Korean Society for Information Management, 26(2), 27-41, https://doi.org/10.3743/KOSIM.2009.26.2.027

Abstract

With explosive growth in the area of the Internet and IT services, various types of digital contents are generated and circulated, for instance, as converted into digital-typed, secure electronic records or reports, which have high commercial value, e-tickets and so on. However, because those digital contents have commercial value, high-level security should be required for delivery between a consumer and a provider with non face-to-face method in online environment. As a digital contents, an e-ticket is a sort of electronic certificate to assure ticket-holder’s proprietary rights of a real ticket. This paper focuses on e-ticket as a typical digital contents which has real commercial value. For secure delivery and use of digital contents in on/off environment, this paper proposes that 1) how to generate e-tickets in a remote e-ticket server, 2) how to authenticate a user and a smart card holding e-tickets for delivery in online environment, 3) how to save an e-ticket transferred through network into a smart card, 4) how to issue and authenticate e-tickets in offline, and 5) how to collect and discard outdated or used e-tickets.

keywords
e-ticket, electronic certificate, anonimity, integrity, digital cash, 전자티켓, 전자인증서, 익명성, 무결성, 전자화폐, e-ticket, electronic certificate, anonimity, integrity, digital cash

Reference

1.

Brands, S. (1994). Untraceable offline cash in wallet with observers. LNCS, 773, 302-318.

2.

Chaum, D. (1985). Security without identification: transaction systems to make big bother obsolete. Communications of the ACM, 28(10), 1030-1044.

3.

Chaum, D. (1989). Untraceable electronic cash (319-327). Proceedings of 8th Annual International Cryptology Conference on Advances in Cryptology.

4.

Chen, L. (1995). New group signature schemes. LNCS, 950, 171-181.

5.

Fujimura, K. (1998). General-purpose digital ticket framework (177-186). Proceedings of 3rd USENIX Workshop on Electronic Commerce.

6.

Jeong, I. (2001). Efficient transferable cash with group signatures. LNCS, 2200, 462-474.

7.

Fujimura, K. (1999). Digital-Ticket-Controlled Digital Ticket Circulation (-). Proceedings of the 8th USENIX Security Symposium.

8.

Kuramitsu, K. (2000). TTP: secure ACID transfer protocol for electronic ticket between personal tamper-proof devices (87-92). Proceeding of 24th Annual International Computer Software and Applications Conference.

9.

Pagnia, H. (1997). Towards multiple-payment schemes for digital money. LNCS, 1318, 203-216.

10.

Quercia, D. (2005). MOTET: mobile transactions using Electronic Tickets (374-383). Proceedings of 1st IEEE International Conference on Security and Privacy for Emerging Areas in Communications Networks.

11.

Rabi, M. (1997). An observation on associative one-way functions in complexity theory. Information Processing Letters, 64, 239-244.

12.

Saxena, A. (2005). A digital cash protocol based on additive zero knowledge. LNCS, 3482, 672-680.

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