基于USB KEY的电子图书版权保护技术研究与开发
摘要
本课题采用USB KEY方便携带和USBKEYID全球唯一的特点,结合DES加密算法,将其应用在电子图书版权保护方面,达到对电子图书版权的保护。由于解密密钥不需要在网络上传送,从而杜绝了黑客通过网络获得解密密钥的可能性。对用户的密码进行MD5加密,加强了出版社数据库的安全。另外,本课题还从三个方面做到了对电子图书版权保护。第一,只有合法用户才能打开读者阅读器。第二,不同合法用户之间不能相互打开各自的电子图书。第三,合法用户只具有阅读和用户体验功能,例如：具有改变字体型号,颜色,大小,查找关键字等功能,而屏蔽了复制,粘贴,修改等功能。由于本课题所完成的版权保护系统在电子图书版权保护方面具有安全性,切实维护作者和出版商的利益。
The issue uses USB KEY easy to carry and the only USBKEYID in the world feature combined with DES encryption algorithm, protect ebook from piracy. Because the decryption key is sent not by the network and stop hacker access to the decryption key via the network. The password is encrypted by MD5 algorithm. The issue has three ways copyrighted, first only the legitimate user can open the reader. Second different legitimate users can not open their ebook with each other. Third the legitimate user only has to read and user experience features such as:change the font type, color, size, keyword search and other functions without copy, paste, modify and so on. The security of my copyright protection system in ebook safeguards the interests of authors and publishers.
The issue uses USB KEY easy to carry and the only USBKEYID in the world feature combined with DES encryption algorithm, protect ebook from piracy. Because the decryption key is sent not by the network and stop hacker access to the decryption key via the network. The password is encrypted by MD5 algorithm. The issue has three ways copyrighted, first only the legitimate user can open the reader. Second different legitimate users can not open their ebook with each other. Third the legitimate user only has to read and user experience features such as:change the font type, color, size, keyword search and other functions without copy, paste, modify and so on. The security of my copyright protection system in ebook safeguards the interests of authors and publishers.
引文
[1]冯洁音.新概念图书——Ebook[J].图书馆杂志,2000,(10).
[2]林妮特·欧文.冷眼看待“电子版权”[N].中国图书商报,2000—09—01.
[3]熊玉涛.关于电子图书著作权问题的探讨[J].科技与出版,2002,(2)：49～50.
[4]陈俊华.新兴图书EBOOK的思考[J].情报科学,2002.(9)：949～951.
[5]李庆成.张海云.电子书的发展现状与解决方案[J].现代显示.2001(2)：41～47
[6]刘炼.电子图书出版者应享有专有出版权[J].科技与出版,2002,(2).
[7]江枫.盗版比亏损更让电子图书经营者担心[N].中国图书商报,2000—10—20
[8]冯洁音.新概念图书——Ebook[J].图书馆杂志,2000,(10).
[9]张正东.电子图书真能大行其道吗?[J].电子出版,2000,(8).
[10]陈俊华.新兴图书E-BOOK的思考[J].情报科学,2002.(9)：949～951.
[11]Kamid J. Kodman & Natali Helberger:"Protection of Technological Measures", Copyright and Electronic Commerce. p 169. (2000).
[12]J. Zhou, K.Y. Lam, Securing digital signatures for non-repudiation, Computer Communications 22 (1999) 710-716
[13]Connors, K., and Rummelt, R. "Software Piracy:An Analysis of Protection Strategies," Management Science (37),1991, pp.125-139.
[14]Wu, S., Chen, P., and Anandalingam, G. "Fighting Information Good Piracy with Versioning," in Proceedings of the 24th
[15]Gopal, R., and Sanders, L. "International Software Piracy:Analysis of Key Issues and Impacts," Information Systems Research(9),1998, pp.380-397.
[16]杨瑞霞.基于USB KEY的CSP实现[J].应用安全.2007(4)：62～64
[17]马伟.USB安全钥功能扩展与优化设计.电子技术应用,2002,28(7)：1～17
[18]徐增祥.USB软件狗的设计及反破解技术.电子技术应用,2002(7)
[19]孙海涛,何循来,于春光.采用USB-Key认证方式的安全平台设计[J].微计算机信息,2008.
[20]何文才,何晓娜,许盛伟,等.基于USB Key的统一认证服务平台设计与实现[J].网络安全技术与应用,2008.
[21]孙直芳.浅谈基于USB Key的身份认证技术及其应用[J].当代经理人,2006.
[22]张长安.DRM技术及其在数字图书馆中的应用[J].现代图书情报技术2003,(3)：83～84
[23]赵晓涛.详解DRM技术[N].网络世界,2007—08—20(30).
[24]Internet streaming media alliance, encryption and authentication specification version 1.0[S].2004.
[25]曹江华.DRM：知识产权守护者[N].计算机世界,2007—07-09(B24).
[26]Open Mobile Alliance, DRM specmcation drafl version 2.0[S].2004.
[27]PARK T W.Method for purchasing an R0(rights object)in a device capable of using a DRM(digital rights management)service when an RI(rights issuer)is not connected[P]. GO6F-O17/OO:KR753331-B1.2007.
[28]Open mobile alliance, DRM architecture draft version 2.0[s].2004
[29]李辉星.DES加密算法的研究[J].景德镇高专学报,2007,(2)：29—31.
[30]张佳.一种基于DES算法的加密系统实现方案[J].软件导航,2008,(9)：43—44.
[31]DOUGLAS R STINSON.密码学原理与实践[M].冯等国译.北京：电子工业出版社,2003；78—84.
[2]林妮特·欧文.冷眼看待“电子版权”[N].中国图书商报,2000—09—01.
[3]熊玉涛.关于电子图书著作权问题的探讨[J].科技与出版,2002,(2)：49～50.
[4]陈俊华.新兴图书EBOOK的思考[J].情报科学,2002.(9)：949～951.
[5]李庆成.张海云.电子书的发展现状与解决方案[J].现代显示.2001(2)：41～47
[6]刘炼.电子图书出版者应享有专有出版权[J].科技与出版,2002,(2).
[7]江枫.盗版比亏损更让电子图书经营者担心[N].中国图书商报,2000—10—20
[8]冯洁音.新概念图书——Ebook[J].图书馆杂志,2000,(10).
[9]张正东.电子图书真能大行其道吗?[J].电子出版,2000,(8).
[10]陈俊华.新兴图书E-BOOK的思考[J].情报科学,2002.(9)：949～951.
[11]Kamid J. Kodman & Natali Helberger:"Protection of Technological Measures", Copyright and Electronic Commerce. p 169. (2000).
[12]J. Zhou, K.Y. Lam, Securing digital signatures for non-repudiation, Computer Communications 22 (1999) 710-716
[13]Connors, K., and Rummelt, R. "Software Piracy:An Analysis of Protection Strategies," Management Science (37),1991, pp.125-139.
[14]Wu, S., Chen, P., and Anandalingam, G. "Fighting Information Good Piracy with Versioning," in Proceedings of the 24th
[15]Gopal, R., and Sanders, L. "International Software Piracy:Analysis of Key Issues and Impacts," Information Systems Research(9),1998, pp.380-397.
[16]杨瑞霞.基于USB KEY的CSP实现[J].应用安全.2007(4)：62～64
[17]马伟.USB安全钥功能扩展与优化设计.电子技术应用,2002,28(7)：1～17
[18]徐增祥.USB软件狗的设计及反破解技术.电子技术应用,2002(7)
[19]孙海涛,何循来,于春光.采用USB-Key认证方式的安全平台设计[J].微计算机信息,2008.
[20]何文才,何晓娜,许盛伟,等.基于USB Key的统一认证服务平台设计与实现[J].网络安全技术与应用,2008.
[21]孙直芳.浅谈基于USB Key的身份认证技术及其应用[J].当代经理人,2006.
[22]张长安.DRM技术及其在数字图书馆中的应用[J].现代图书情报技术2003,(3)：83～84
[23]赵晓涛.详解DRM技术[N].网络世界,2007—08—20(30).
[24]Internet streaming media alliance, encryption and authentication specification version 1.0[S].2004.
[25]曹江华.DRM：知识产权守护者[N].计算机世界,2007—07-09(B24).
[26]Open Mobile Alliance, DRM specmcation drafl version 2.0[S].2004.
[27]PARK T W.Method for purchasing an R0(rights object)in a device capable of using a DRM(digital rights management)service when an RI(rights issuer)is not connected[P]. GO6F-O17/OO:KR753331-B1.2007.
[28]Open mobile alliance, DRM architecture draft version 2.0[s].2004
[29]李辉星.DES加密算法的研究[J].景德镇高专学报,2007,(2)：29—31.
[30]张佳.一种基于DES算法的加密系统实现方案[J].软件导航,2008,(9)：43—44.
[31]DOUGLAS R STINSON.密码学原理与实践[M].冯等国译.北京：电子工业出版社,2003；78—84.