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1·Finally, security of E-cash system are analyzed.

最后对系统的安全性进行了分析。

2·Finally, we look into the future of e-cash technology.

最后对电子现金技术的未来进行展望。

3·In succession it describes a secure and efficient e-cash system.

接着阐述本文建立的一个安全有效的电子现金系统。

4·Using this ID-based fair blind signature scheme, a fair e-cash is proposed.

并根据该方案提出了一个公平电子现金系统的框架设计。

5·An E-cash system with multiple Banks based on restrictive proxy blind signature is proposed.

基于限制性代理盲签名，提出了一种新的多银行电子现金系统。

6·Then we introduce models, categories, key technologies, open problems and remarks of e-cash system.

然后介绍了电子现金系统的模型、分类、关键技术、存在的问题及述评。

7·The double-spending is the kernel problem in the E-cash scheme, since the copying of E-cash is very easy.

由于电子货币容易被复制，所以防止电子现金的重复花费是设计电子现金方案必须考虑的安全问题。

8·A safe and convenient E-cash system scheme is submitted based on analyzing the present technology of E-cash.

在分析现有电子现金技术的基础上，提出一种安全的、方便的电子现金支付系统实现方案。

9·Restrictive blind signature is the essential technology in the implementation of efficient off-line e-cash system.

受限盲签名是实现高效离线电子现金系统的关键技术。

10·If users open accounts in Banks and deposit some money at Banks which provide the E-cash service, they can shop in the online shop.

如果用户在提供电子现金服务的银行开立帐户并存钱后就可以在网上商店购物了。

电子现金

1·Applying our partially restrictive blind signature protocol, the thesis proposes an efficient off-line e-cash system based on discrete logarithm and representation problem.

运用我们提出的部分受限盲签名协议，我们提出了一个高效的基于离散对数及表示问题的离线电子现金系统。

2·Restrictive blind signature is the essential technology in the implementation of efficient off-line e-cash system.

受限盲签名是实现高效离线电子现金系统的关键技术。